BIS - LIMS (Laboratory Information Management System)

Sleen India Biz venture Private Limited, Agra

RAHANKALAN ROAD, PART 295, BLOCK-A KUBERPUR, 300 METER FROM RAILWAY CROSSING CHALESHAR ROAD, Agra, Uttar Pradesh, India, 282006, Agra, Agra, Uttar Pradesh, 282006

8193022228 sleen.info@gmail.com

Scope List

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214 Results

S.No.

Indian Standard No.

Product

Grade / Type / Size / Designation etc.

Testing Charges (Excl. Of Taxes)

Validity Date

Remark

121

IS 8698 (2022)

expanded vinyl coated fabrics-Specification Second Revision

Type A and Type B

16000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl-7.1(Description)	-	500	-
Cl-7.2(Base Fabric)	-	500	-
Cl-7.3(Appearance)	-	500	-
Cl-7.4(Colour, Grain and Finish)	-	500	-
Cl-7.5(Coating)	-	500	-
Cl-7.6(Resistance to Heat and Loss of Mass on Heating)	-	1000	-
Cl-7.7(Resistance to Cold)	-	1000	-
Cl-7.8(Colour Fastness to Dry and Wet Rubbing)	-	500	-
Cl-7.9(Colour Fastness to Light)	-	500	-
Cl-7.10(Gelling Test)	-	500	-
Cl-7.11(Adhesion of Print)	-	500	-
Cl-7.12(Flame Resistance)	-	1000	-
Cl-7.13(Adhesion of Coating)	-	1000	-
Cl-7.14(Blocking Resistance)	-	1000	-
Cl-7.15(Resistance to Penetration of Water)	-	1000	-
Cl-7.16("Elongation and Elastic Recovery for a Constant Load")	-	1000	-
Cl-7.17, 8.1 Table-1 (i)(Usable width, Min, cm)	-	500	-
Cl-7.17, 8.1 Table-1 (ii)(Mass of finished fabric, Min, g/m2)	-	500	-
Cl-7.17, 8.1 Table-1 (iii)(a) Longitudinal direction)	-	1000	-
Cl-7.17, 8.1 Table-1 (iii)(b) Transverse direction)	-	0	Breaking strength test price is 1000/-.
Cl-7.17, 8.1 Table-1 (iv)(Tear strength)	-	1000	-
Cl-7.17, 8.1 Table-1 (v)(Resistance to damage by flexing)	-	500	-
Cl-8.2(Test Specimens)	-	300	-
Cl-9.2(Marking)	-	200	-
Cl-7.1(Description)	-	0	-
Cl-7.2(Base Fabric)	-	0	-
Cl-7.3(Appearance)	-	0	-
Cl-7.4(Colour, Grain and Finish)	-	0	-
Cl-7.5(Coating)	-	0	-
Cl-7.6(Resistance to Heat and Loss of Mass on Heating)	-	0	-
Cl-7.7(Resistance to Cold)	-	0	-
Cl-7.8(Colour Fastness to Dry and Wet Rubbing)	-	0	-
Cl-7.9(Colour Fastness to Light)	-	0	-
Cl-7.10(Gelling Test)	-	0	-
Cl-7.11(Adhesion of Print)	-	0	-
Cl-7.12(Flame Resistance)	-	0	-
Cl-7.13(Adhesion of Coating)	-	0	-
Cl-7.14(Blocking Resistance)	-	0	-
Cl-7.15(Resistance to Penetration of Water)	-	0	-
Cl-7.16("Elongation and Elastic Recovery for a Constant Load")	-	0	-
Cl-7.17, 8.1 Table-1 (i)(Usable width, Min, cm)	-	0	-
Cl-7.17, 8.1 Table-1 (ii)(Mass of finished fabric, Min, g/m2)	-	0	-
Cl-7.17, 8.1 Table-1 (iii)(a) Longitudinal direction)	-	0	-
Cl-7.17, 8.1 Table-1 (iii)(b) Transverse direction)	-	0	-
Cl-7.17, 8.1 Table-1 (iv)(Tear strength)	-	0	-
Cl-7.17, 8.1 Table-1 (v)(Resistance to damage by flexing)	-	0	-
Cl-8.2(Test Specimens)	-	0	-
Cl-9.2(Marking)	-	0	-
Cl-7.1(Description)	-	0	-
Cl-7.2(Base Fabric)	-	0	-
Cl-7.3(Appearance)	-	0	-
Cl-7.4(Colour, Grain and Finish)	-	0	-
Cl-7.5(Coating)	-	0	-
Cl-7.6(Resistance to Heat and Loss of Mass on Heating)	-	0	-
Cl-7.7(Resistance to Cold)	-	0	-
Cl-7.8(Colour Fastness to Dry and Wet Rubbing)	-	0	-
Cl-7.9(Colour Fastness to Light)	-	0	-
Cl-7.10(Gelling Test)	-	0	-
Cl-7.11(Adhesion of Print)	-	0	-
Cl-7.12(Flame Resistance)	-	0	-
Cl-7.13(Adhesion of Coating)	-	0	-
Cl-7.14(Blocking Resistance)	-	0	-
Cl-7.15(Resistance to Penetration of Water)	-	0	-
Cl-7.16("Elongation and Elastic Recovery for a Constant Load")	-	0	-
Cl-7.17, 8.1 Table-1 (i)(Usable width, Min, cm)	-	0	-
Cl-7.17, 8.1 Table-1 (ii)(Mass of finished fabric, Min, g/m2)	-	0	-
Cl-7.17, 8.1 Table-1 (iii)(a) Longitudinal direction)	-	0	-
Cl-7.17, 8.1 Table-1 (iii)(b) Transverse direction)	-	0	-
Cl-7.17, 8.1 Table-1 (iv)(Tear strength)	-	0	-
Cl-7.17, 8.1 Table-1 (v)(Resistance to damage by flexing)	-	0	-
Cl-8.2(Test Specimens)	-	0	-
Cl-9.2(Marking)	-	0	-

-
Included w.e.f.23.06.2025

122

IS 8699 (1977)

Specification for pvc coated fabrics for footwear industry

Type A/Type B

12000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
3.1.1 and 4.1, Table - 1 (ii)(Total Mass)	-	500	-
3.1.1 and 4.1, Table - 1 (iii)(Breaking Strength Warp direction)	-	1000	-
3.1.1 and 4.1, Table - 1 (iii)(Breaking Strength Weft direction)	-	0	-
3.1.1 and 4.1, Table - 1 (iv)("Resistance to damage by flexing Stage I ")	-	1000	-
3.1.1 and 4.1, Table - 1 (iv)("Resistance to damage by flexing Stage II ")	-	0	-
3.1.1 and 4.1, Table - 1 (v)(Thickness)	-	500	-
4.2(Appearance)	-	500	-
4.3(Colour , Grain, Embossing and finish)	-	500	-
4.4.1(Resistance to cold)	-	1000	-
4.4.2(Colour fastness to Dry and Wet Rubbing)	-	1000	-
4.4.3(Colour fastness to light)	-	1000	-
4.4.4(Resistance to heat and loss of mass of coating on heating)	-	1000	-
4.4.5(Stability at Vulcanization Temperature)	-	1000	-
4.5(Resistance to Gelling)	-	1000	-
4.5.1(Embossing on Grain)	-	500	-
4.6(Adhesion of print (for Printed PVC Coated fabrics))	-	1000	-
4.7(Adhesion of coating)	-	1000	-
3.1.1 and 4.1, Table - 1 (ii)(Total Mass)	-	0	-
3.1.1 and 4.1, Table - 1 (iii)(Breaking Strength Warp direction)	-	0	-
3.1.1 and 4.1, Table - 1 (iii)(Breaking Strength Weft direction)	-	0	-
3.1.1 and 4.1, Table - 1 (iv)("Resistance to damage by flexing Stage I ")	-	0	-
3.1.1 and 4.1, Table - 1 (iv)("Resistance to damage by flexing Stage II ")	-	0	-
3.1.1 and 4.1, Table - 1 (v)(Thickness)	-	0	-
4.2(Appearance)	-	0	-
4.3(Colour , Grain, Embossing and finish)	-	0	-
4.4.1(Resistance to cold)	-	0	-
4.4.2(Colour fastness to Dry and Wet Rubbing)	-	0	-
4.4.3(Colour fastness to light)	-	0	-
4.4.4(Resistance to heat and loss of mass of coating on heating)	-	0	-
4.4.5(Stability at Vulcanization Temperature)	-	0	-
4.5(Resistance to Gelling)	-	0	-
4.5.1(Embossing on Grain)	-	0	-
4.6(Adhesion of print (for Printed PVC Coated fabrics))	-	0	-
4.7(Adhesion of coating)	-	0	-
Cl-3.1.1, & 4.1 Table-1 (i)(Usable width, cm, Min)	-	0	-

-
Included w.e.f.23.06.2025

123

IS 15354 : Part 1 (2023)

Single-use medical examination gloves Part 1 Specification for gloves made from rubber latex or rubber solution Second Revision

type-1/type-2

10000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl-4.3(Finish)	-	500	-
Cl-5(Materials)	-	1000	-
Cl-7.1, Table-2(Size code)	-	500	-
Cl-7.1, Table-2(Width corresponding to size code (dimension w, Figure 1))	-	500	-
Cl-7.1, Table-2(Descriptive size)	-	500	-
Cl-7.1, Table-2(Width corresponding to descriptive size (dimension w, Figure 1))	-	500	-
Cl-7.1, Table-2(Minimum length (dimension l, Figure 1))	-	500	-
Cl-7.1, Table-2(Minimum thickness (at locations shown in Figure 1))	-	500	-
Cl-7.1, Table-2(Maximum thickness (at approximate centre of palm))	-	500	-
Cl-7.2(Water tightness)	-	2000	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum force at break before accelerated ageing, N)	-	750	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum elongation at break before accelerated ageing, %)	-	750	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum force at break after accelerated ageing, N)	-	500	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum elongation at break after accelerated ageing, %)	-	500	-
Cl-9(Marking)	-	500	-
Cl-4.3(Finish)	-	0	-
Cl-5(Materials)	-	0	-
Cl-7.1, Table-2(Size code)	-	0	-
Cl-7.1, Table-2(Width corresponding to size code (dimension w, Figure 1))	-	0	-
Cl-7.1, Table-2(Descriptive size)	-	0	-
Cl-7.1, Table-2(Width corresponding to descriptive size (dimension w, Figure 1))	-	0	-
Cl-7.1, Table-2(Minimum length (dimension l, Figure 1))	-	0	-
Cl-7.1, Table-2(Minimum thickness (at locations shown in Figure 1))	-	0	-
Cl-7.1, Table-2(Maximum thickness (at approximate centre of palm))	-	0	-
Cl-7.2(Water tightness)	-	0	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum force at break before accelerated ageing, N)	-	0	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum elongation at break before accelerated ageing, %)	-	0	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum force at break after accelerated ageing, N)	-	0	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum elongation at break after accelerated ageing, %)	-	0	-
Cl-9(Marking)	-	0	-
Cl-4.3(Finish)	-	0	-
Cl-5(Materials)	-	0	-
Cl-7.1, Table-2(Size code)	-	0	-
Cl-7.1, Table-2(Width corresponding to size code (dimension w, Figure 1))	-	0	-
Cl-7.1, Table-2(Descriptive size)	-	0	-
Cl-7.1, Table-2(Width corresponding to descriptive size (dimension w, Figure 1))	-	0	-
Cl-7.1, Table-2(Minimum length (dimension l, Figure 1))	-	0	-
Cl-7.1, Table-2(Minimum thickness (at locations shown in Figure 1))	-	0	-
Cl-7.1, Table-2(Maximum thickness (at approximate centre of palm))	-	0	-
Cl-7.2(Water tightness)	-	0	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum force at break before accelerated ageing, N)	-	0	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum elongation at break before accelerated ageing, %)	-	0	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum force at break after accelerated ageing, N)	-	0	-
Cl-7.3.2 & 7.3.3, Table-3(Minimum elongation at break after accelerated ageing, %)	-	0	-
Cl-9(Marking)	-	0	-

-
Included w.e.f 03.06.2025 Exclusion: Cl-7.4 (Sterility)

124

IS 17399 (2020)

Textiles - Polypropylene ( PP )/ High Density Polyethylene ( HDPE ) Laminated Woven Sacks for Mail Sorting, Storage, Transport and Distribution - Specification

Type-I/Type-II/Type-III

32820 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
5.1(MANUFACTURE - Raw Materials)	-	2500	-
5.2(MANUFACTURE - Fabric for PP tapes & for HDPE tapes)	-	1800	-
5.2- Table 1- i)("REQUIREMENTS - Inside dimensions a) Bottom panel (L × W), mm b) Open top (L × W), mm c) Height (H), mm")	-	1500	-
5.2- Table 1- ii)(REQUIREMENTS - Ends per dm)	-	250	-
5.2- Table 1- iii)(REQUIREMENTS - Picks per dm)	-	250	-
5.2- Table 1- iv)(REQUIREMENTS - Mass of laminated sack, g)	-	500	-
5.2- Table 1- v)(REQUIREMENTS - Breaking strength of laminated fabric (Cut strip method1)), Min, N2) (kgf) a) Lengthwise b) Widthwise)	-	3000	-
5.2- Table 1- vi)(REQUIREMENTS - Seam strength of bottom and side panel seam (Cut strip method), Min, N2), (kgf))	-	1500	-
5.2- Table 1- vii)("REQUIREMENTS - Elongation at break of fabric, percent: a) Lengthwise b) Widthwise")	-	0	-
5.2- Table 1- viii)(REQUIREMENTS - Ash content, Max, percent (a) For UV stabilized sacks (b) For non-UV stabilized sacks)	-	1500	-
5.3(Lamination)	-	1500	-
5.4(Sack Fabrication)	-	500	-
5.5(Capacity)	-	500	-
6.1- Table 1- i)(REQUIREMENTS - Inside dimensions a) Bottom panel (L × W), mm b) Open top (L × W), mm c) Height (H), mm)	-	0	-
6.1- Table 1- ii)(REQUIREMENTS - Ends per dm)	-	0	-
6.1- Table 1- iii)(REQUIREMENTS - Picks per dm)	-	0	-
6.1- Table 1- iv)(REQUIREMENTS - Mass of laminated sack, g)	-	0	-
6.1- Table 1- v)(REQUIREMENTS - Breaking strength of laminated fabric (Cut strip method1)), Min, N2) (kgf))	-	0	-
6.1- Table 1- vi)(REQUIREMENTS - Seam strength of bottom and side panel seam (Cut strip method), Min)	-	0	-
6.1- Table 1- vii)(REQUIREMENTS - Elongation at break of fabric, percent a) Lengthwise b) Widthwise)	-	0	-
6.1- Table 1- viii)(REQUIREMENTS - Ash content, Max, percent (a) For UV stabilized sacks (b) For non-UV stabilized sacks)	-	0	-
6.4(UV Resistance Test)	-	16520	-
7(PRINTING, PACKAGING AND MARKING)	-	500	-
8(ATMOSPHERIC CONDITIONS FOR SAMPLE CONDITIONING AND TESTING)	-	500	-
Clause 5.1(Raw Materials)	-	0	-
"Clause 5.2 Table 1(i)"(Inside dimensions)	-	0	-
"Clause 5.2 Table 1(i)"(Inside dimensions)	-	0	-
"Clause 5.2 Table 1(ii)"(Ends per dm)	-	0	-
"Clause 5.2 Table 1(iii)"(Picks per dm)	-	0	-
"Clause 5.2 Table 1(iv)"("Mass of laminated sack, g")	-	0	-
"Clause 5.2 Table 1(v)"("Breaking strength of laminated fabric")	-	0	-
"Clause 5.2 Table 1(vi)"(Seam strength of bottom and side panel seam)	-	0	-
"Clause 5.2 Table 1(vii)"("Elongation at break of fabric, percent:")	-	0	-
"Clause 5.2 Table 1(viii)"("Ash content, Max, percent")	-	0	-
Clause 5.3(Lamination with a thin film of polypropylene)	-	0	-
Clause 5.4(Sack Fabrication)	-	0	-
Clause 7.3(Marking on Sacks)	-	0	-
Clause 5.1(Raw Materials)	-	0	-
"Clause 5.2 Table 1(i)"(Inside dimensions)	-	0	-
"Clause 5.2 Table 1(ii)"(Ends per dm)	-	0	-
"Clause 5.2 Table 1(iii)"(Picks per dm)	-	0	-
"Clause 5.2 Table 1(iv)"("Mass of laminated sack, g")	-	0	-
"Clause 5.2 Table 1(v)"("Breaking strength of laminated fabric")	-	0	-
"Clause 5.2 Table 1(vi)"(Seam strength of bottom and side panel seam)	-	0	-
"Clause 5.2 Table 1(vii)"("Elongation at break of fabric, percent:")	-	0	-
"Clause 5.2 Table 1(viii)"("Ash content, Max, percent")	-	0	-
Clause 5.3(Lamination with a thin film of polypropylene)	-	0	-
Clause 7.3(Marking on Sacks)	-	0	-

-
Included w.e.f.19.05.2025

125

IS 11652 (2017)

Textiles – High density polyethylene (HDPE)/ polypropylene (PP) woven sacks for packaging of 50 kg cement – Specification (third revision)

HDPE/PP

30500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.2 (width of tape, 2.5 mm ± 0.1 mm)	-	500	-
Fig. 1- Table 1- Sr. no. ii (Ends per dm - Annex B 40 ± 2 )	-	250	-
Fig. 1- Table 1-Sr. no. iii (Picks per dm-Annex B 40 ± 2 )	-	250	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note )- Annex B c) Width of gusset (e) 76 ± 10 mm )	-	250	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B d) Width of valve (v) 100, + 10/-5 mm )	-	250	-
Fig. 1- Table 1-Sr. no. i (Dimensions, mm (see Note )- Annex B b) Width of sack (w) 480 ± 10 mm )	-	250	-
Fig. 1, Table 1 (i) Dimensions, mm (see Note ) -Annex B a) Length of sack, inside (l), 710 ± 10 mm )	-	250	-
4.5(and the remaining overhang shall not be more than 5 mm after trimming.)	-	250	-
4.1(Raw Material )	-	2000	-
4.2 (Fabric)	-	0	-
4.2 (Linear Density, 900 denier)	-	1000	-
4.2 (The woven fabric shall be of mesh, 10 × 10 per inch)	-	250	-
4.2 (The woven fabric shall be of weight, 79 g/m2 )	-	500	-
4.2 (The denier of HDPE/ PP tape used in the manufacture of woven fabric shall be subjected to the tolerances: a) ± 10 percent on individual value, and )	-	0	-
4.2 (The denier of HDPE/ PP tape used in the manufacture of woven fabric shall be subjected to the tolerances: b) ± 5 percent on average. )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B e) Depth of valve (f), Min, The depth of the valve (f) shall not be less than 2 times the width of the valve (v) in case of gusseted sacks and not less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B e) Depth of valve (f), Min, The depth of the valve (f) shall not be less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
4.3(Sacks)	-	1000	-
4.4(Seam )	-	1000	-
4.4(Seam )	-	0	-
4.4(Seam The two rows of stitches shall be separated from each other by minimum 5 mm and )	-	0	-
4.4(Seam The outer stitch shall be minimum 8 mm from the outer edge of the sacks. )	-	0	-
4.4(Seam The stitching shall be done with double fold over seam to)	-	0	-
4.4(to a depth of minimum 25 mm, so that so that)	-	250	-
4.4(that the stitches pass through a minimum of six layers of the fabric.)	-	250	-
4.4(The number of stitches/dm shall be 14 ± 2.)	-	0	-
4.4(Seam)	-	0	-
4.4(The material used for stitching shall be HDPE/PP tape having minimum 20 percent higher denier than the tapes used in the fabric.)	-	0	-
4.4(Seam)	-	0	-
4.4(Seam)	-	0	-
4.4(Seam)	-	0	-
4.5(Lamination )	-	1000	-
4.5(Lamination )	-	0	-
4.5(Lamination )	-	0	-
4.6(Capacity The sack shall have the nominal filling capacity of 50 kg)	-	250	-
4.7(Valve for Filling of Sacks)	-	250	-
4.7(There shall be a double fold at the top seam and)	-	0	-
4.7(and then stitching shall be done through six layers.)	-	0	-
4.7(The depth of the valve (f) shall not be less than 2 times the width of the valve (v) in case of gusseted sacks and)	-	0	-
4.7(and not less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
5/5.1-Table 1-Sr. no. iv(Requirements, Mass of Sack- IS 1964 a) Non-gusseted type 70 + 6%)	-	500	-
5/5.1-Table 1-Sr. no. iv(Requirements, Mass of Sack- IS 1964 a) gusseted type 71 + 6%)	-	0	-
5/5.1(The mass of bale of sacks (excluding packing materials) shall be within ± 3 percent of the mass calculated by multiplying the number of sacks with the mass of sack specified in Table 1.)	-	0	-
5/5.3-Table 1-Sr. no.v(Average breaking strength of fabric [Ravelled strip method, 325 mm × 70 mm] Min, N(kgf): -1969 (Part 1) a) Lengthwise , 900 (91.8) )	-	3000	-
5/5.3-Table 1-Sr. no.v(Average breaking strength of fabric [Ravelled strip method, 325 mm × 70 mm] Min, N(kgf): - 1969 (Part 1) b) Widthwise , 900 (91.8) )	-	0	-
5/5.3-Table 1-Sr. no.vi(Breaking strength of top seam (Ravelled strip method), Min, - IS 9030 N (kgf) 400 (40.8))	-	1500	-
5/5.3-Table 1-Sr. no.vi(Breaking strength of bottom seam (Ravelled strip method), Min, - IS 9030 N (kgf) 400 (40.8))	-	0	-
5/5.3-Table 1-Sr. no.vii(Elongation at break of fabric (Ravelled strip method), percent : - IS 1969 (Part1 ) a) Lengthwise 15 to 25)	-	0	-
5/5.3-Table 1-Sr. no.vii(Elongation at break of fabric (Ravelled strip method), percent : - IS 1969 (Part1 ) b) Widthwise 15 to 25)	-	0	-
5/5.4-Table 1-Sr. no.viii(Drop impact strength - Annex C No failure)	-	1500	-
5/5.5-Table 1-Sr. no.viii(Ash content Max percent- Annex D a) For UV stabilized sacks 2.2 )	-	1500	-
5/5.5-Table 1-Sr. no.viii(Ash content Max percent- Annex D b) For non-UV stabilized sacks 6 )	-	0	-
5/5.6 (UV Resistance, )	-	0	-
5/5.6 (UV Resistance, The UV stabilized woven fabric shall have at least 50 percent retention of the original breaking strength when tested after the same has been exposed to a) UV Radiation -Annex F )	-	11600	-
5/5.6 (UV Resistance, The UV stabilized woven fabric shall have at least 50 percent retention of the original breaking strength when tested after the same has been exposed to b) Accelerated Weathering - Annex F )	-	0	-
4.2 (width of tape, 2.5 mm ± 0.1 mm)	-	0	-
Fig. 1- Table 1- Sr. no. ii (Ends per dm - Annex B 40 ± 2 )	-	0	-
Fig. 1- Table 1-Sr. no. iii (Picks per dm-Annex B 40 ± 2 )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note )- Annex B c) Width of gusset (e) 76 ± 10 mm )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B d) Width of valve (v) 100, + 10/-5 mm )	-	0	-
Fig. 1- Table 1-Sr. no. i (Dimensions, mm (see Note )- Annex B b) Width of sack (w) 480 ± 10 mm )	-	0	-
Fig. 1, Table 1 (i) Dimensions, mm (see Note ) -Annex B a) Length of sack, inside (l), 710 ± 10 mm )	-	0	-
4.5(and the remaining overhang shall not be more than 5 mm after trimming.)	-	0	-
4.1(Raw Material )	-	0	-
4.2 (Fabric)	-	0	-
4.2 (Linear Density, 900 denier)	-	0	-
4.2 (The woven fabric shall be of mesh, 10 × 10 per inch)	-	0	-
4.2 (The woven fabric shall be of weight, 79 g/m2 )	-	0	-
4.2 (The denier of HDPE/ PP tape used in the manufacture of woven fabric shall be subjected to the tolerances: a) ± 10 percent on individual value, and )	-	0	-
4.2 (The denier of HDPE/ PP tape used in the manufacture of woven fabric shall be subjected to the tolerances: b) ± 5 percent on average. )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B e) Depth of valve (f), Min, The depth of the valve (f) shall not be less than 2 times the width of the valve (v) in case of gusseted sacks and not less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B e) Depth of valve (f), Min, The depth of the valve (f) shall not be less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
4.3(Sacks)	-	0	-
4.4(Seam )	-	0	-
4.4(Seam )	-	0	-
4.4(Seam The two rows of stitches shall be separated from each other by minimum 5 mm and )	-	0	-
4.4(Seam The outer stitch shall be minimum 8 mm from the outer edge of the sacks. )	-	0	-
4.4(Seam The stitching shall be done with double fold over seam to)	-	0	-
4.4(to a depth of minimum 25 mm, so that so that)	-	0	-
4.4(that the stitches pass through a minimum of six layers of the fabric.)	-	0	-
4.4(The number of stitches/dm shall be 14 ± 2.)	-	0	-
4.4(Seam)	-	0	-
4.4(The material used for stitching shall be HDPE/PP tape having minimum 20 percent higher denier than the tapes used in the fabric.)	-	0	-
4.4(Seam)	-	0	-
4.4(Seam)	-	0	-
4.4(Seam)	-	0	-
4.5(Lamination )	-	0	-
4.5(Lamination )	-	0	-
4.5(Lamination )	-	0	-
4.6(Capacity The sack shall have the nominal filling capacity of 50 kg)	-	0	-
4.7(Valve for Filling of Sacks)	-	400	-
4.7(There shall be a double fold at the top seam and)	-	0	-
4.7(and then stitching shall be done through six layers.)	-	0	-
4.7(The depth of the valve (f) shall not be less than 2 times the width of the valve (v) in case of gusseted sacks and)	-	0	-
4.7(and not less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
5/5.1-Table 1-Sr. no. iv(Requirements, Mass of Sack- IS 1964 a) Non-gusseted type 70 + 6%)	-	0	-
5/5.1-Table 1-Sr. no. iv(Requirements, Mass of Sack- IS 1964 a) gusseted type 71 + 6%)	-	0	-
5/5.1(The mass of bale of sacks (excluding packing materials) shall be within ± 3 percent of the mass calculated by multiplying the number of sacks with the mass of sack specified in Table 1.)	-	0	-
5/5.3-Table 1-Sr. no.v(Average breaking strength of fabric [Ravelled strip method, 325 mm × 70 mm] Min, N(kgf): -1969 (Part 1) a) Lengthwise , 900 (91.8) )	-	0	-
5/5.3-Table 1-Sr. no.v(Average breaking strength of fabric [Ravelled strip method, 325 mm × 70 mm] Min, N(kgf): - 1969 (Part 1) b) Widthwise , 900 (91.8) )	-	0	-
5/5.3-Table 1-Sr. no.vi(Breaking strength of top seam (Ravelled strip method), Min, - IS 9030 N (kgf) 400 (40.8))	-	0	-
5/5.3-Table 1-Sr. no.vi(Breaking strength of bottom seam (Ravelled strip method), Min, - IS 9030 N (kgf) 400 (40.8))	-	0	-
5/5.3-Table 1-Sr. no.vii(Elongation at break of fabric (Ravelled strip method), percent : - IS 1969 (Part1 ) a) Lengthwise 15 to 25)	-	0	-
5/5.3-Table 1-Sr. no.vii(Elongation at break of fabric (Ravelled strip method), percent : - IS 1969 (Part1 ) b) Widthwise 15 to 25)	-	0	-
5/5.4-Table 1-Sr. no.viii(Drop impact strength - Annex C No failure)	-	0	-
5/5.5-Table 1-Sr. no.viii(Ash content Max percent- Annex D a) For UV stabilized sacks 2.2 )	-	0	-
5/5.5-Table 1-Sr. no.viii(Ash content Max percent- Annex D b) For non-UV stabilized sacks 6 )	-	0	-
5/5.6 (UV Resistance, )	-	0	-
5/5.6 (UV Resistance, The UV stabilized woven fabric shall have at least 50 percent retention of the original breaking strength when tested after the same has been exposed to a) UV Radiation -Annex F )	-	0	-
5/5.6 (UV Resistance, The UV stabilized woven fabric shall have at least 50 percent retention of the original breaking strength when tested after the same has been exposed to b) Accelerated Weathering - Annex F )	-	0	-
4.2 (width of tape, 2.5 mm ± 0.1 mm)	-	0	-
Fig. 1- Table 1- Sr. no. ii (Ends per dm - Annex B 40 ± 2 )	-	0	-
Fig. 1- Table 1-Sr. no. iii (Picks per dm-Annex B 40 ± 2 )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note )- Annex B c) Width of gusset (e) 76 ± 10 mm )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B d) Width of valve (v) 100, + 10/-5 mm )	-	0	-
Fig. 1- Table 1-Sr. no. i (Dimensions, mm (see Note )- Annex B b) Width of sack (w) 480 ± 10 mm )	-	0	-
Fig. 1, Table 1 (i) Dimensions, mm (see Note ) -Annex B a) Length of sack, inside (l), 710 ± 10 mm )	-	0	-
4.5(and the remaining overhang shall not be more than 5 mm after trimming.)	-	0	-
4.1(Raw Material )	-	0	-
4.2 (Fabric)	-	0	-
4.2 (Linear Density, 900 denier)	-	0	-
4.2 (The woven fabric shall be of mesh, 10 × 10 per inch)	-	0	-
4.2 (The woven fabric shall be of weight, 79 g/m2 )	-	0	-
4.2 (The denier of HDPE/ PP tape used in the manufacture of woven fabric shall be subjected to the tolerances: a) ± 10 percent on individual value, and )	-	0	-
4.2 (The denier of HDPE/ PP tape used in the manufacture of woven fabric shall be subjected to the tolerances: b) ± 5 percent on average. )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B e) Depth of valve (f), Min, The depth of the valve (f) shall not be less than 2 times the width of the valve (v) in case of gusseted sacks and not less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B e) Depth of valve (f), Min, The depth of the valve (f) shall not be less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
4.3(Sacks)	-	0	-
4.4(Seam )	-	0	-
4.4(Seam )	-	0	-
4.4(Seam The two rows of stitches shall be separated from each other by minimum 5 mm and )	-	0	-
4.4(Seam The outer stitch shall be minimum 8 mm from the outer edge of the sacks. )	-	0	-
4.4(Seam The stitching shall be done with double fold over seam to)	-	0	-
4.4(to a depth of minimum 25 mm, so that so that)	-	0	-
4.4(that the stitches pass through a minimum of six layers of the fabric.)	-	0	-
4.4(The number of stitches/dm shall be 14 ± 2.)	-	0	-
4.4(Seam)	-	0	-
4.4(The material used for stitching shall be HDPE/PP tape having minimum 20 percent higher denier than the tapes used in the fabric.)	-	0	-
4.4(Seam)	-	0	-
4.4(Seam)	-	0	-
4.4(Seam)	-	0	-
4.5(Lamination )	-	0	-
4.5(Lamination )	-	0	-
4.5(Lamination )	-	0	-
4.6(Capacity The sack shall have the nominal filling capacity of 50 kg)	-	0	-
4.7(Valve for Filling of Sacks)	-	0	-
4.7(There shall be a double fold at the top seam and)	-	0	-
4.7(and then stitching shall be done through six layers.)	-	0	-
4.7(The depth of the valve (f) shall not be less than 2 times the width of the valve (v) in case of gusseted sacks and)	-	0	-
4.7(and not less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
5/5.1-Table 1-Sr. no. iv(Requirements, Mass of Sack- IS 1964 a) Non-gusseted type 70 + 6%)	-	0	-
5/5.1-Table 1-Sr. no. iv(Requirements, Mass of Sack- IS 1964 a) gusseted type 71 + 6%)	-	0	-
5/5.1(The mass of bale of sacks (excluding packing materials) shall be within ± 3 percent of the mass calculated by multiplying the number of sacks with the mass of sack specified in Table 1.)	-	0	-
5/5.3-Table 1-Sr. no.v(Average breaking strength of fabric [Ravelled strip method, 325 mm × 70 mm] Min, N(kgf): -1969 (Part 1) a) Lengthwise , 900 (91.8) )	-	0	-
5/5.3-Table 1-Sr. no.v(Average breaking strength of fabric [Ravelled strip method, 325 mm × 70 mm] Min, N(kgf): - 1969 (Part 1) b) Widthwise , 900 (91.8) )	-	0	-
5/5.3-Table 1-Sr. no.vi(Breaking strength of top seam (Ravelled strip method), Min, - IS 9030 N (kgf) 400 (40.8))	-	0	-
5/5.3-Table 1-Sr. no.vi(Breaking strength of bottom seam (Ravelled strip method), Min, - IS 9030 N (kgf) 400 (40.8))	-	0	-
5/5.3-Table 1-Sr. no.vii(Elongation at break of fabric (Ravelled strip method), percent : - IS 1969 (Part1 ) a) Lengthwise 15 to 25)	-	0	-
5/5.3-Table 1-Sr. no.vii(Elongation at break of fabric (Ravelled strip method), percent : - IS 1969 (Part1 ) b) Widthwise 15 to 25)	-	0	-
5/5.4-Table 1-Sr. no.viii(Drop impact strength - Annex C No failure)	-	0	-
5/5.5-Table 1-Sr. no.viii(Ash content Max percent- Annex D a) For UV stabilized sacks 2.2 )	-	0	-
5/5.5-Table 1-Sr. no.viii(Ash content Max percent- Annex D b) For non-UV stabilized sacks 6 )	-	0	-
5/5.6 (UV Resistance, )	-	0	-
5/5.6 (UV Resistance, The UV stabilized woven fabric shall have at least 50 percent retention of the original breaking strength when tested after the same has been exposed to a) UV Radiation -Annex F )	-	0	-
5/5.6 (UV Resistance, The UV stabilized woven fabric shall have at least 50 percent retention of the original breaking strength when tested after the same has been exposed to b) Accelerated Weathering - Annex F )	-	0	-
4.2 (width of tape, 2.5 mm ± 0.1 mm)	-	0	-
Cl-5 Fig. 1- Table 1- Sr. no. ii(Ends per dm - Annex B 40 ± 2)	-	0	-
Cl-5 Fig. 1- Table 1-Sr. no. iii(Picks per dm-Annex B 40 ± 2)	-	0	-
Cl-5, Fig. 1- Table 1- Sr. no. i(Dimensions, mm (see Note )- Annex B c) Width of gusset (e) 76 ± 10 mm)	-	0	-
Cl-5, Fig. 1- Table 1- Sr. no. i(Dimensions, mm (see Note ) -Annex B d) Width of valve (v) 100, + 10/-5 mm)	-	0	-
Cl-5, Fig. 1- Table 1-Sr. no. i(Dimensions, mm (see Note )- Annex B b) Width of sack (w) 480 ± 10 mm)	-	0	-
Cl-5, Fig. 1, Table 1(i) Dimensions, mm (see Note ) -Annex B a) Length of sack, inside (l), 710 ± 10 mm)	-	0	-
4.5(and the remaining overhang shall not be more than 5 mm after trimming.)	-	0	-
4.1(Raw Material )	-	0	-
4.2 (Fabric)	-	0	-
4.2 (Linear Density, 900 denier)	-	0	-
4.2 (The woven fabric shall be of mesh, 10 × 10 per inch)	-	0	-
4.2 (The woven fabric shall be of weight, 79 g/m2 )	-	0	-
4.2 (The denier of HDPE/ PP tape used in the manufacture of woven fabric shall be subjected to the tolerances: a) ± 10 percent on individual value, and )	-	0	-
4.2 (The denier of HDPE/ PP tape used in the manufacture of woven fabric shall be subjected to the tolerances: b) ± 5 percent on average. )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B e) Depth of valve (f), Min, The depth of the valve (f) shall not be less than 2 times the width of the valve (v) in case of gusseted sacks and not less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
Fig. 1- Table 1- Sr. no. i (Dimensions, mm (see Note ) -Annex B e) Depth of valve (f), Min, The depth of the valve (f) shall not be less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
4.3(Sacks)	-	0	-
4.4(Seam )	-	0	-
4.4(Seam )	-	0	-
4.4(Seam The two rows of stitches shall be separated from each other by minimum 5 mm and )	-	0	-
4.4(Seam The outer stitch shall be minimum 8 mm from the outer edge of the sacks. )	-	0	-
4.4(Seam The stitching shall be done with double fold over seam to)	-	0	-
4.4(to a depth of minimum 25 mm, so that so that)	-	0	-
4.4(that the stitches pass through a minimum of six layers of the fabric.)	-	0	-
4.4(The number of stitches/dm shall be 14 ± 2.)	-	0	-
4.4(Seam)	-	0	-
4.4(The material used for stitching shall be HDPE/PP tape having minimum 20 percent higher denier than the tapes used in the fabric.)	-	0	-
4.4(Seam)	-	0	-
4.4(Seam)	-	0	-
4.5(Lamination )	-	0	-
4.5(Lamination )	-	0	-
4.5(Lamination )	-	0	-
4.6(Capacity The sack shall have the nominal filling capacity of 50 kg)	-	0	-
4.7(Valve for Filling of Sacks)	-	0	-
4.7(There shall be a double fold at the top seam and)	-	0	-
4.7(and then stitching shall be done through six layers.)	-	0	-
4.7(The depth of the valve (f) shall not be less than 2 times the width of the valve (v) in case of gusseted sacks and)	-	0	-
4.7(and not less than 2.3 times the width of the valve (v) in case of non-gusseted sacks. )	-	0	-
5/5.1-Table 1-Sr. no. iv(Requirements, Mass of Sack- IS 1964 a) Non-gusseted type 70 + 6%)	-	0	-
5/5.1-Table 1-Sr. no. iv(Requirements, Mass of Sack- IS 1964 a) gusseted type 71 + 6%)	-	0	-
5/5.1(The mass of bale of sacks (excluding packing materials) shall be within ± 3 percent of the mass calculated by multiplying the number of sacks with the mass of sack specified in Table 1.)	-	0	-
5/5.3-Table 1-Sr. no.v(Average breaking strength of fabric [Ravelled strip method, 325 mm × 70 mm] Min, N(kgf): -1969 (Part 1) a) Lengthwise , 900 (91.8) )	-	0	-
5/5.3-Table 1-Sr. no.v(Average breaking strength of fabric [Ravelled strip method, 325 mm × 70 mm] Min, N(kgf): - 1969 (Part 1) b) Widthwise , 900 (91.8) )	-	0	-
5/5.3-Table 1-Sr. no.vi(Breaking strength of top seam (Ravelled strip method), Min, - IS 9030 N (kgf) 400 (40.8))	-	0	-
5/5.3-Table 1-Sr. no.vi(Breaking strength of bottom seam (Ravelled strip method), Min, - IS 9030 N (kgf) 400 (40.8))	-	0	-
5/5.3-Table 1-Sr. no.vii(Elongation at break of fabric (Ravelled strip method), percent : - IS 1969 (Part1 ) a) Lengthwise 15 to 25)	-	0	-
5/5.3-Table 1-Sr. no.vii(Elongation at break of fabric (Ravelled strip method), percent : - IS 1969 (Part1 ) b) Widthwise 15 to 25)	-	0	-
5/5.4-Table 1-Sr. no.viii(Drop impact strength - Annex C No failure)	-	0	-
5/5.5-Table 1-Sr. no.viii(Ash content Max percent- Annex D a) For UV stabilized sacks 2.2 )	-	0	-
5/5.5-Table 1-Sr. no.viii(Ash content Max percent- Annex D b) For non-UV stabilized sacks 6 )	-	0	-
5/5.6 (UV Resistance, )	-	0	-
5/5.6 (UV Resistance, The UV stabilized woven fabric shall have at least 50 percent retention of the original breaking strength when tested after the same has been exposed to a) UV Radiation -Annex F )	-	0	-
5/5.6 (UV Resistance, The UV stabilized woven fabric shall have at least 50 percent retention of the original breaking strength when tested after the same has been exposed to b) Accelerated Weathering - Annex F )	-	0	-
4.4(Seam)	-	0	`

-
Included w.e.f.19.05.2025

126

IS 362 (1991)

Parliament Hinges -specification

All type

13800 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl. 7.1 (Brass parliament hinges shall have either bright or satin finish and shall be suitably protected against discoloration)	-	2000	-
Cl. 7.2 (Ref. Cl. 11.1 of IS 1868:1996)( appearance and Colour - shall be free from visible defects on the significant surface(s) when viewed from an agreed distance)	-	2000	-
Cl. 7.2 (Ref. Cl.9 of IS 1868:1996)(Aluminium shall be anodized to a bright, natural, sat or satin finish or dyed. )	-	0	Test price for cl.7 is 2000/-.
Cl. 7.2 (Ref. Cl.9 of IS 1868:1996)(Anodinc casting thickness (Cl. 9.2 of IS 1868:1996))	-	0	-
Cl. 7.3(Mild steel parliament hinges shall be finished bright or electro-galvanized as specified by the purchaser)	-	500	-
3(Type)	-	1000	-
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-Size)	-	1600	-
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-A)	-	0	Test price for table-2-dimension test is 1600/-.
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-B)	-	0	-
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-C)	-	0	-
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-D)	-	0	-
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-d)	-	0	-
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-E)	-	0	-
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-Thickness of Flap)	-	0	-
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-No. of Screw holes)	-	0	-
5.1-able 2(Dlmenslons for Aluminium Alloy Parliament Hinges-Holes for screw designation)	-	0	-
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-Size)	-	1500	-
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-A)	-	0	Test price for table-3-dimension test is 1500/-.
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-B)	-	0	-
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-C)	-	0	-
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-D)	-	0	-
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-d)	-	0	-
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-E)	-	0	-
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-Thickness of Flap)	-	0	-
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-No. of Screw holes)	-	0	-
5.1-able 3(Dimensions for Cast Brass Parliament Hinges-Holes for screw designation)	-	0	-
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-Size)	-	1500	-
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-A)	-	0	Test price for table-4-dimension test is 1500/-.
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-B)	-	0	-
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-C)	-	0	-
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-D)	-	0	-
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-d)	-	0	-
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-E)	-	0	-
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-Thickness of Flap)	-	0	-
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-No. of Screw holes)	-	0	-
5.1-Table 4(Dimensions for Mild Steel Parliament Hinges-Holes for screw designation)	-	0	-
6.1(MANUFACTURE-General)	-	500	-
6.1(MANUFACTURE-General)	-	0	Test price for cl. 6.1-General is 500/-.
6.1(MANUFACTURE-General)	-	0	-
6.2(MANUFACTURE-Knuckles)	-	500	-
6.2(MANUFACTURE-Knuckles)	-	0	Test price for cl. 6.2-knuckles is 500/-.
6.2(MANUFACTURE-Knuckles)	-	0	-
6.2(MANUFACTURE-Knuckles)	-	0	-
6.3(MANUFACTURE-Pins)	-	2000	-
6.3(MANUFACTURE-Pins)	-	0	Test price for cl. 6.3-pins is 2000/-.
6.3(MANUFACTURE-Pins)	-	0	-
6.3(MANUFACTURE-Pins)	-	0	-
6.4(MANUFACTURE-Screw Holes)	-	200	-
6.5(MANUFACTURE-Position of Holes)	-	800	-
6.5(MANUFACTURE-Position of Holes)	-	0	Test price for cl. 6.5-position of holes is 800/-.
6.5(MANUFACTURE-Position of Holes-minimum distance from the ends of the flap)	-	0	-
6.5(MANUFACTURE-Position of Holes-minimum distance from the inner edge)	-	0	-
6.5(MANUFACTURE-Position of Holes)	-	0	-
7.1(FINISH)	-	500	-
7.3(FINISH)	-	500	-

-
Included w.e.f 10.07.2025

127

IS 205 (1992)

Non - Ferrous metal butt specification (Fourth Revision)

All type

8500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.1 -Table 1-Flap- i (Ref. Cl 5.1, Table 1 Designation 64430 or 65032 of IS 733 : 1983)(Chemical composition - Aluminium - IS 504)	-	200	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Flap- i (Ref. Cl 5.1, Table 1 Designation 64430 or 65032 of IS 733 : 1983)(Chemical composition - Copper - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1- Flap-i (Ref. Cl 5.1, Table 1 Designation 64430 or 65032 of IS 733 : 1983)(Chemical composition - Magnesium - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1- Flap-i (Ref. Cl 5.1, Table 1 Designation 64430 or 65032 of IS 733 : 1983)(Chemical composition - Iron - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Flap- i (Ref. Cl 5.1, Table 1 Designation 64430 or 65032 of IS 733 : 1983)(Chemical composition - Manganese - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Flap- i (Ref. Cl 5.1, Table 1 Designation 64430 or 65032 of IS 733 : 1983)(Chemical composition - Zinc - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Flap- i (Ref. Cl 5.1, Table 1 Designation 64430 or 65032 of IS 733 : 1983)(Chemical composition - Titanium and or other grain refining elements - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1- Flap-i (Ref. Cl 5.1, Table 1 Designation 64430 or 65032 of IS 733 : 1983)(Chemical composition - Chromium - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-ii (Ref. Cl 8.1, Table 1 of IS 319 : 1989)(Chemical composition - Copper - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1-Flap- ii (Ref. Cl 8.1, Table 1 of IS 319 : 1989)(Chemical composition - Lead - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1-Flap- ii (Ref. Cl 8.1, Table 1 of IS 319 : 1989)(Chemical composition - Iron - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1-Flap- ii (Ref. Cl 8.1, Table 1 of IS 319 : 1989)(Chemical composition - Total other impurities excluding iron - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-ii (Ref. Cl 8.1, Table 1 of IS 319 : 1989)(Chemical composition - Zinc- IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-iii (Ref. Cl 3.1, Table 1 Grade LCB-2 of IS 292 : 1983)(Chemical composition - Copper plus incidental nickel - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-iii (Ref. Cl 3.1, Table 1 Grade LCB-2 of IS 292 : 1983)(Chemical composition - Nickel - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1-Flap- iii (Ref. Cl 3.1, Table 1 Grade LCB-2 of IS 292 : 1983)(Chemical composition - Tin - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1-Flap- iii (Ref. Cl 3.1, Table 1 Grade LCB-2 of IS 292 : 1983)(Chemical composition - Iron - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-iii (Ref. Cl 3.1, Table 1 Grade LCB-2 of IS 292 : 1983)(Chemical composition - Aluminium - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-iii (Ref. Cl 3.1, Table 1 Grade LCB-2 of IS 292 : 1983)(Chemical composition - Zinc - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-iv (Ref. Cl 6.1 , Table 1 Designation CuZn40 of IS 410 : 1977)(Chemical composition - Copper - IS 3635:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-iv (Ref. Cl 6.1 , Table 1 Designation CuZn40 of IS 410 : 1977)(Chemical composition - Lead - IS 3635:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-iv (Ref. Cl 6.1 , Table 1 Designation CuZn40 of IS 410 : 1977)(Chemical composition - Iron - IS 3635:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-iv (Ref. Cl 6.1 , Table 1 Designation CuZn40 of IS 410 : 1977)(Chemical composition - Total impurities (including Iron) - IS 3635:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4 -Table 1- Flap-iv (Ref. Cl 6.1 , Table 1 Designation CuZn40 of IS 410 : 1977)(Chemical composition - Zinc - IS 3635:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- i (Ref. Cl 5.1, Table 1 Designation 64430 of IS 733 : 1983)(Chemical composition - Aluminium - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- i (Ref. Cl 5.1, Table 1 Designation 64430 of IS 733 : 1983)(Chemical composition - Copper - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- i (Ref. Cl 5.1, Table 1 Designation 64430 of IS 733 : 1983)(Chemical composition - Magnesium - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- i (Ref. Cl 5.1, Table 1 Designation 64430 of IS 733 : 1983)(Chemical composition - Silicon - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- i (Ref. Cl 5.1, Table 1 Designation 64430 of IS 733 : 1983)(Chemical composition - Iron - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- i (Ref. Cl 5.1, Table 1 Designation 64430 of IS 733 : 1983)(Chemical composition - Manganese - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- i (Ref. Cl 5.1, Table 1 Designation 64430 of IS 733 : 1983)(Chemical composition - Zinc - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Flap- i (Ref. Cl 5.1, Table 1 Designation 64430 or 65032 of IS 733 : 1983)(Chemical composition - Silicon - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- i (Ref. Cl 5.1, Table 1 Designation 64430 of IS 733 : 1983)(Chemical composition - Titanium and or other grain refining elements - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- i (Ref. Cl 5.1, Table 1 Designation 64430 of IS 733 : 1983)(Chemical composition - Chromium - IS 504)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- ii (Ref. Cl 6.1, Table 1 of IS 7608 : 1987)(Chemical composition - Tin - IS 4027:1967)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- ii (Ref. Cl 6.1, Table 1 of IS 7608 : 1987)(Chemical composition - Phosphorous - IS 4027:1967)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- ii (Ref. Cl 6.1, Table 1 of IS 7608 : 1987)(Chemical composition - Lead - IS 4027:1967)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- ii (Ref. Cl 6.1, Table 1 of IS 7608 : 1987)(Chemical composition - Total impurities - IS 4027:1967)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- ii (Ref. Cl 6.1, Table 1 of IS 7608 : 1987)(Chemical composition - Copper - IS 4027:1967)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iii (Ref. Cl 6 of IS 280:1978- Cross ref. Cl. 6.1 -Table 1 of IS 7887 : 1992)(Chemical composition - Carbon - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iii (Ref. Cl 6 of IS 280:1978- Cross ref. Cl. 6.1 -Table 1 of IS 7887 : 1992)(Chemical composition - Manganese - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iii (Ref. Cl 6 of IS 280:1978- Cross ref. Cl. 6.1 -Table 1 of IS 7887 : 1992)(Chemical composition - Sulphur - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iii (Ref. Cl 6 of IS 280:1978- Cross ref. Cl. 6.1 -Table 1 of IS 7887 : 1992)(Chemical composition - Phosphorous - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iii (Ref. Cl 6 of IS 280:1978- Cross ref. Cl. 6.1 -Table 1 Note 2 of IS 7887 : 1992)(Chemical composition - Silicon - IS 228 (optional))	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iii (Ref. Cl 6 of IS 280:1978- Cross ref. Cl. 6.1 -Table 1 Note 2 of IS 7887 : 1992)(Chemical composition - Tota Aluminium - IS 228 (optional))	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iv (Ref. Cl 4.1 -Table 1 of IS 4413 : 1981)(Chemical composition - Copper - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iv (Ref. Cl 4.1 -Table 1 of IS 4413 : 1981)(Chemical composition - Lead - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iv (Ref. Cl 4.1 -Table 1 of IS 4413 : 1981)(Chemical composition - Iron - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iv (Ref. Cl 4.1 -Table 1 of IS 4413 : 1981)(Chemical composition - Total impurities - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- iv (Ref. Cl 4.1 -Table 1 of IS 4413 : 1981)(Chemical composition - Zinc - IS 3685:1966)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- v (Ref. Cl 7.1 -Table 1 of IS 6528 : 1995)(Chemical composition - Carbon - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- v (Ref. Cl 7.1 -Table 1 of IS 6528 : 1995)(Chemical composition - Silicon - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- v (Ref. Cl 7.1 -Table 1 of IS 6528 : 1995)(Chemical composition - Manganese - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- v (Ref. Cl 7.1 -Table 1 of IS 6528 : 1995)(Chemical composition - Nickel - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- v (Ref. Cl 7.1 -Table 1 of IS 6528 : 1995)(Chemical composition - Chromium - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- v (Ref. Cl 7.1 -Table 1 of IS 6528 : 1995)(Chemical composition - Molybdenum - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- v (Ref. Cl 7.1 -Table 1 of IS 6528 : 1995)(Chemical composition - Sulphur - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
4.1 -Table 1-Pin- v (Ref. Cl 7.1 -Table 1 of IS 6528 : 1995)(Chemical composition - Phosphorous - IS 228)	-	0	Chemical composition testing for Flap and Pin Material is 4000/-.
3(TYPES)	-	200	-
5.1- Table 2,3,4,5 & Fig-1 & 2(Dimensions- Type of Hinge 1.Length 2.Breadth 3.Butt Dia 4.Pin Dia 5.Thickness of Flap)	-	800	-
5.1- Table 2,3,4,5 & Fig-1 & 2(Dimensions- 1. Holes for Screw Desination 2. No. of screw Holes)	-	200	-
5.2 ,Table 6(Tolerances-Tolerances on dimensions of hinges )	-	300	-
6.1(Manufacture- General)	-	200	-
6.2- Table 2,3,4,5 (Kunckles)	-	300	-
6.3(Screw Holes)	-	250	-
6.3.1- Table 2,3,4,5 & Fig-1 & 2(Screw Holes)	-	250	-
6.3.2- Table 2,3,4,5 (Number of Holes)	-	250	-
6.3.3 Fig-1(Position of Holes)	-	250	-
8.1(Packing - Each hinge shall be packed in card board boxes or in any other approved packing. The number of hinges in a package shall be as under)	-	250	-
8.2(Packing -Each Package shall bear the following Particulars)	-	250	-
7(Workmanship & Finish)	-	800	-
10(Marking)	-	200	-

-
Included w.e.f 10.07.2025

128

IS 17373 (2020)

Geosynthetics â€“ Geogrids used in reinforced soil retaining structures â€“ Specification

All type(Ultimate tensile strength upto 600 kN)

240000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
1("Ultimate tensile strength- (MD/CD) IS- 16635 60/20 80/30 100/30 120/30 150/30 180/30 200/30 250/30 300/30 350/30 400/30")	-	4000	-
1("Elongation at designated load- IS 16635 MD CD")	-	1000	-
1("UV resistance, strength retained after 500 h exposure- IS 13162 (part-2)")	-	60000	-
1(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	30000	-
1(Width)	-	500	-
1(Roll Length)	-	500	-
2("Ultimate tensile strength - IS 16635 MD/CD 30/5 40/5 50/5 60/5 70/5 80/5 90/5 100/5 120/5 120/5 150/5 175/5 200/5")	-	0	Ultimate tensile test price is 4000/-.
2("Elongation at designated load - IS 16635 MD and CD")	-	0	Elongation test price is 1000/-.
2("UV resistance, strength retained after 500 h exposure- IS 13162 (part-2)")	-	0	UV resistance test price is 60,000/-.
2(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	0	Chemical resistance price is 30,000/-.
2(Width)	-	0	Test price for width measurement is 500/-.
2(Roll Length)	-	0	Test price for roll length measurement is 500/-.
3("Ultimate tensile strength - IS 16635 MD/CD 50 100 150 200 250 300 350 400 500 600 700 800 900 1000 1100 1200 1300")	-	0	Ultimate tensile test price is 4000/-.
3("Elongation at designated load - IS 16635 MD and CD")	-	0	Elongation test price is 1000/-.
3("UV resistance, strength retained after 500 h exposure- IS 13162 (part-2)")	-	0	UV resistance test price is 60,000/-.
3(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	0	Chemical resistance price is 30,000/-.
3(Width)	-	0	Test price for width measurement is 500/-.
3(Roll Length)	-	0	Test price for roll length measurement is 500/-.
Clause 6.2, Table 1, 2 and 3, SI. No. (i)(Ultimate Tensile Strength,)	-	0	Ultimate tensile test price is 4000/-.
Clause 6.2, Table 1, 2 and 3, SI. No. (ii)(Elongation at Designated Load)	-	0	Elongation test price is 1000/-.
Clause 6.2, Table 1, 2 and 3, SI. No. (iii)(UV resistance, strength retained after 500 h exposure)	-	0	UV resistance test price is 60,000/-.
Clause 6.2, Table 1, 2 and 3, SI. No. (iv)(Chemical resistance, strength retained after 72 h immersion)	-	0	Chemical resistance price is 30,000/-.
Clause 6.2, Table 1, 2 and 3, SI. No. (v)(Width)	-	0	Test price for width measurement is 500/-.
Clause 6.2, Table 1, 2 and 3, SI. No. (vi)(Roll length)	-	0	Test price for roll length measurement is 500/-.
Clause No. 8(Thickness)	-	500	-
Clause No. 9.1(Geostrip identification)	-	3000	-
CL 3.2(Aperature Size)	-	500	-
6.2 Table 1("Chemical resistance, strength retained after 72 h immersion (percent)")	-	0	Chemical resistance price is 30,000/-.
CL 6.3.3(Resistance to hydrolysis)	-	10000	-
6.2 Table 1(UV resistance strength retained after 500h exposure (Percent))	-	0	UV resistance test price is 60,000/-.
CL 6.3.2(Resistance to oxidation)	-	20000	-
CL 6.3.3(Resistance to Creep)	-	10000	-
CL 5.1(Carbon black content)	-	3000	-
CL 5.2(Number Average Molecular weight)	-	5000	-
CL 5.2(CEG content)	-	5000	-
6.2 Table 1(Ultimate Tensile Strength kN/m (MD))	-	0	Ultimate tensile test price is 4000/-.
6.2 Table 1(Ultimate Tensile Strength kN/m (CD))	-	0	Ultimate tensile test price is 4000/-.
6.2 Table 1(Elongation at designated load (Percentage))	-	0	Elongation test price is 1000/-.
6.2 Table 1(Elongation at designated load (Percentage))	-	0	Elongation test price is 1000/-.
6.2 Table 1(Width (m))	-	0	Test price for width measurement is 500/-.
6.2 Table 1(Roll length (m))	-	0	Test price for roll length measurement is 500/-.
CL 5.1(Identification of material)	-	5000	-
CL 6.1(Geogrid should be Dimensionally stable)	-	1000	-
4(TYPES OF GEOGRIDS - a) Type 1 b) Type 2 c) Type 3)	-	500	-
5.1("MATERIALS - Geogrid materials shall be inert to all chemicals naturally found in commonly encountered soils not containing adverse solvents and at ambient temperatures")	-	5000	-
5.2("MATERIALS - PET geogrips shall have average molecular weight more than or equal to 25000 g/mol and shall have carboxyl end group content less than 30 mmol/kg")	-	5000	-
6.1(REQUIREMENTS FOR GEOGRIDS - Geogrids shall be dimensionally stable and able to retain their geometry under manufacture,transport, and installation)	-	1000	-
6.2-Table 1- i)(Requirements of Geogrids - Ultimate tensile strength)	-	0	Ultimate tensile test price is 4000/-.
6.2 - Table 1- ii)(Requirements of Geogrids - Elongation at designated load)	-	0	Elongation test price is 1000/-.
6.2 - Table 1- iii)(Requirements of Geogrids - UV resistance, strength retained after 500 h exposure)	-	0	UV resistance test price is 60,000/-.
6.2 - Table 1- iv)(Requirements of Geogrids - Chemical resistance, strength retained after 72 h immersion)	-	0	Chemical resistance price is 30,000/-.
6.2 - Table 1- v)(Requirements of Geogrids - Width)	-	0	Test price for width measurement is 500/-.
6.2 - Table 1- vi)(Requirements of Geogrids - Length)	-	0	Test price for roll length measurement is 500/-.
6.2 - Table 1- i)(Requirements of Geogrids - Ultimate tensile strength)	-	0	Ultimate tensile test price is 4000/-.
6.2-Table 2- ii)(Requirements of Geogrids - Elongation at designated load)	-	0	Elongation test price is 1000/-.
6.2 - Table 2- iii)(Requirements of Geogrids - UV resistance, strength retained after 500 h exposure)	-	0	UV resistance test price is 60,000/-.
6.2 - Table 2- iv)(Requirements of Geogrids - Chemical resistance, strength retained after 72 h immersion)	-	0	Chemical resistance price is 30,000/-.
6.2 - Table 2- v)(Requirements of Geogrids - Width)	-	0	Test price for width measurement is 500/-.
6.2 - Table 2- vi)(Requirements of Geogrids - Length)	-	0	Test price for roll length measurement is 500/-.
6.3.2(Reduction factor for durability is dependent on susceptibility of geogrid to attach by chemicals, thermal oxidation, hydrolysis, environmental stress cracking and micro-organisms)	-	0	Test price for cl. 6.3.2 is 20000/-.
6.3.3(Reduction factor for creep shall be based on creep tests)	-	0	Test price for cl. 6.3.3 is 10000/-.
7(MARKING AND LABELLING)	-	500	-
8(PACKING)	-	500	-
1("Ultimate tensile strength- (MD/CD) IS- 16635 60/20 80/30 100/30 120/30 150/30 180/30 200/30 250/30 300/30 350/30 400/30")	-	0	-
1("Elongation at designated load- IS 16635 MD CD")	-	0	-
1("UV resistance, strength retained after 500 h exposure- IS 13162 (part-2)")	-	0	-
1(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	0	-
1(Width)	-	0	-
1(Roll Length)	-	0	-
2("Ultimate tensile strength - IS 16635 MD/CD 30/5 40/5 50/5 60/5 70/5 80/5 90/5 100/5 120/5 120/5 150/5 175/5 200/5")	-	0	-
2("Elongation at designated load - IS 16635 MD and CD")	-	0	-
2("UV resistance, strength retained after 500 h exposure- IS 13162 (part-2)")	-	0	-
2(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	0	-
2(Width)	-	0	-
2(Roll Length)	-	0	-
3("Ultimate tensile strength - IS 16635 MD/CD 50 100 150 200 250 300 350 400 500 600 700 800 900 1000 1100 1200 1300")	-	0	-
3("Elongation at designated load - IS 16635 MD and CD")	-	0	-
3("UV resistance, strength retained after 500 h exposure- IS 13162 (part-2)")	-	0	-
3(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	0	-
3(Width)	-	0	-
3(Roll Length)	-	0	-
Clause 6.2, Table 1, 2 and 3, SI. No. (i)(Ultimate Tensile Strength,)	-	0	-
Clause 6.2, Table 1, 2 and 3, SI. No. (ii)(Elongation at Designated Load)	-	0	-
Clause 6.2, Table 1, 2 and 3, SI. No. (iii)(UV resistance, strength retained after 500 h exposure)	-	0	-
Clause 6.2, Table 1, 2 and 3, SI. No. (iv)(Chemical resistance, strength retained after 72 h immersion)	-	0	-
Clause 6.2, Table 1, 2 and 3, SI. No. (v)(Width)	-	0	-
Clause 6.2, Table 1, 2 and 3, SI. No. (vi)(Roll length)	-	0	-
Clause No. 8(Thickness)	-	0	-
Clause No. 9.1(Geostrip identification)	-	0	-
CL 3.2(Aperature Size)	-	0	-
6.2 Table 1("Chemical resistance, strength retained after 72 h immersion (percent)")	-	0	-
CL 6.3.3(Resistance to hydrolysis)	-	0	-
6.2 Table 1(UV resistance strength retained after 500h exposure (Percent))	-	0	-
CL 6.3.2(Resistance to oxidation)	-	0	-
CL 6.3.3(Resistance to Creep)	-	0	-
CL 5.1(Carbon black content)	-	0	-
CL 5.2(Number Average Molecular weight)	-	0	-
CL 5.2(CEG content)	-	0	-
6.2 Table 1(Ultimate Tensile Strength kN/m (MD))	-	0	-
6.2 Table 1(Ultimate Tensile Strength kN/m (CD))	-	0	-
6.2 Table 1(Elongation at designated load (Percentage))	-	0	-
6.2 Table 1(Elongation at designated load (Percentage))	-	0	-
6.2 Table 1(Width (m))	-	0	-
6.2 Table 1(Roll length (m))	-	0	-
CL 5.1(Identification of material)	-	0	-
CL 6.1(Geogrid should be Dimensionally stable)	-	0	-
4(TYPES OF GEOGRIDS - a) Type 1 b) Type 2 c) Type 3)	-	0	-
5.1("MATERIALS - Geogrid materials shall be inert to all chemicals naturally found in commonly encountered soils not containing adverse solvents and at ambient temperatures")	-	0	-
5.2("MATERIALS - PET geogrips shall have average molecular weight more than or equal to 25000 g/mol and shall have carboxyl end group content less than 30 mmol/kg")	-	0	-
6.1(REQUIREMENTS FOR GEOGRIDS - Geogrids shall be dimensionally stable and able to retain their geometry under manufacture,transport, and installation)	-	0	-
6.2-Table 1- i)(Requirements of Geogrids - Ultimate tensile strength)	-	0	-
6.2 - Table 1- ii)(Requirements of Geogrids - Elongation at designated load)	-	0	-
6.2 - Table 1- iii)(Requirements of Geogrids - UV resistance, strength retained after 500 h exposure)	-	0	-
6.2 - Table 1- iv)(Requirements of Geogrids - Chemical resistance, strength retained after 72 h immersion)	-	0	-
6.2 - Table 1- v)(Requirements of Geogrids - Width)	-	0	-
6.2 - Table 1- vi)(Requirements of Geogrids - Length)	-	0	-
6.2 - Table 1- i)(Requirements of Geogrids - Ultimate tensile strength)	-	0	-
6.2-Table 2- ii)(Requirements of Geogrids - Elongation at designated load)	-	0	-
6.2 - Table 2- iii)(Requirements of Geogrids - UV resistance, strength retained after 500 h exposure)	-	0	-
6.2 - Table 2- iv)(Requirements of Geogrids - Chemical resistance, strength retained after 72 h immersion)	-	0	-
6.2 - Table 2- v)(Requirements of Geogrids - Width)	-	0	-
6.2 - Table 2- vi)(Requirements of Geogrids - Length)	-	0	-
6.3.2(Reduction factor for durability is dependent on susceptibility of geogrid to attach by chemicals, thermal oxidation, hydrolysis, environmental stress cracking and micro-organisms)	-	0	-
6.3.3(Reduction factor for creep shall be based on creep tests)	-	0	-
7(MARKING AND LABELLING)	-	0	-
8(PACKING)	-	0	-

-
Included w.e.f.19.05.2025 Exclusion CL 6.3.2 (Installation damage) CL 6.3.2 (Resistance to Micro organisms) 6.3.1 (Reduction factor for installation damage shall be determined based on actual installation damage test)

129

IS 16090 (2013)

Geo-synthetics – Geo-textiles used as protection (or cushioning) materials – Specification

All type

150000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.4, Table 1, (i)(Mass per unit area, g/m2)	-	1000	-
4.4, Table 1, (ii)(Tensile strength, kN/m)	-	5000	-
4.4, Table 1, (iii)(Trapezoidal tear strength, kN)	-	5000	-
4.5, Table 1, (iv)(CBR puncture resistance, kN)	-	5000	-
4.6, Table 1, (v)(Maximum UV resistance (after 500 h exposure), percent)	-	120000	-
6.2(Sampling)	-	1000	-
7(Packing)	-	1000	-
9.1(Identification)	-	6000	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
4.3(Carbon black content and carbon black dispersion test)	-	5000	-
4.4, Table 1, (i)(Mass per unit area, g/m2)	-	0	-
4.4, Table 1, (ii)(Tensile strength, kN/m)	-	0	-
4.4, Table 1, (iii)(Trapezoidal tear strength, kN)	-	0	-
4.5, Table 1, (iv)(CBR puncture resistance, kN)	-	0	-
4.6, Table 1, (v)(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
6.2(Sampling)	-	0	-
7(Packing)	-	0	-
9.1(Identification)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
4.3(Carbon black content and carbon black dispersion test)	-	0	-
4.4, Table 1, (i)(Mass per unit area, g/m2)	-	0	-
4.4, Table 1, (ii)(Tensile strength, kN/m)	-	0	-
4.4, Table 1, (iii)(Trapezoidal tear strength, kN)	-	0	-
4.5, Table 1, (iv)(CBR puncture resistance, kN)	-	0	-
4.6, Table 1, (v)(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
6.2(Sampling)	-	0	-
7(Packing)	-	0	-
9.1(Identification)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
4.3(Carbon black content and carbon black dispersion test)	-	0	-
4.4, Table 1, (i)(Mass per unit area, g/m2)	-	0	-
4.4, Table 1, (ii)(Tensile strength, kN/m)	-	0	-
4.4, Table 1, (iii)(Trapezoidal tear strength, kN)	-	0	-
4.5, Table 1, (iv)(CBR puncture resistance, kN)	-	0	-
4.6, Table 1, (v)(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
6.2(Sampling)	-	0	-
7(Packing)	-	0	-
9.1(Identification)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class I(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class II(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class III(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class IV(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class V(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Mass per unit area, g/m2)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Tensile strength, kN/m)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Trapezoidal tear strength, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(CBR puncture resistance, kN)	-	0	-
Table 1, Clauses 4.4, 4.5, 4.6 and 6.4, Class VI(Maximum UV resistance (after 500 h exposure), percent)	-	0	-
4.3(Carbon black content and carbon black dispersion test)	-	0	-

-
Included w.e.f 02.06.2025

130

IS 16352 (2020)

Geosynthetics – High density polyethylene (HDPE) geomembranes for lining – Specification (first revision)

All Type

110000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	1500	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	1500	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	500	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	500	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	1000	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	1500	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	12500	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	12500	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	1000	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	6500	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	6500	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	22500	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	22500	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	250	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	250	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	500	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	500	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	500	-
5(REQUIREMENTS)	-	250	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	250	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	500	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	500	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	500	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	1500	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	1500	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	1000	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	2500	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	4500	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	5000	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	8000	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	3500	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	1200	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	25000	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	250	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	500	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	500	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	500	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	1000	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	1500	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	1000	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	2500	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	4500	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	5000	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	8000	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	3500	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	1500	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	25000	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	1500	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	500	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	500	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	1500	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	1500	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	500	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	500	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	1500	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	1500	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	12500	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	12500	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	1500	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	6500	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	6500	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	22500	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	22500	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	11290	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	500	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	500	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	500	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	500	-
5(REQUIREMENTS)	-	250	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	500	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	500	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	500	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	500	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	1500	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	1500	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	1000	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	2500	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	4500	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	5000	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	8000	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	3500	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	1500	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	25000	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	250	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	500	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	500	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	500	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	1000	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	1500	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	1000	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	2500	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	4500	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	5000	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	8000	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	3500	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	1500	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	25000	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	500	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	500	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	500	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	1500	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	1500	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	500	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	500	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	1500	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	1500	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	12500	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	12500	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	1500	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	6500	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	6500	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	22500	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	22500	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	11290	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	500	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	500	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	500	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	500	-
5(REQUIREMENTS)	-	500	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	500	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	500	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	500	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	500	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	1500	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	1500	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	1500	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	500	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	2500	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	4500	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	5000	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	8000	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	1500	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	22500	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	500	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	500	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	500	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	500	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	1000	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	1500	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	1000	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	2500	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	4500	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	5000	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	8000	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	3500	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	1500	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	25000	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	1500	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	500	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	500	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	1500	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	1500	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	500	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	1500	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	1500	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	12500	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	1500	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	1500	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	6500	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	22500	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	22500	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	11290	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	500	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	500	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	500	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	500	-
5(REQUIREMENTS)	-	500	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	500	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	500	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	500	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	500	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	1000	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	1500	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	1000	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	2500	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	4500	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	5000	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	8000	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	3500	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	1500	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	25000	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	500	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	500	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	500	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	500	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	1000	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	1500	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	1000	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	2500	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	4500	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	5000	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	8000	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	3500	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	1500	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	25000	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	1500	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	500	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	500	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	500	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,x) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black content)	-	0	-
5,3.1, Table 2,xi) Type I / II / III / IV / V / VI IS 2530(Carbon black content)	-	0	-
5,3.1, Table2,iii) Type I / II / III / IV / V / VI Annex K(Lowest individual of 10 thickness value)	-	0	-
5,3.1, Table2,iv) Type I / II / III / IV / V / VI Annex L(Average asperity height)	-	0	-
5,3.1, Table 2,v) d) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xv) Type I / II / III / IV / V / VI / VII Annex J(Stress crack resistance)	-	0	-
5,3.1, Table 2,xvi) Type I / II / III / IV / V / VI Annex J(Stress crack resistance)	-	0	-
5,3.1, Table1,iv) d) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking elongation)	-	0	-
5,3.1, Table1,xii) Type I / II / III / IV / V / VI / VII ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiii) Type I / II / III / IV / V / VI ISO 11357 (Part 6) or ASTM D 5885(Oxidative induction time (OIT) : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table1,xiii) Type I / II / III / IV / V / VI / VII Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
5,3.1, Table 2,xiv) Type I / II / III / IV / V / VI Oven method of IS 7016 (Part 8), ISO 11357-6 and ASTM D 5885(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days : a) Standard OIT or b) High pressure OIT)	-	0	-
3, 3.1(MATERIAL AND MANUFACTURE)	-	0	-
3, 3.2(MATERIAL AND MANUFACTURE If two or more pieces of geomembranes are used, the material shall be joined together by a suitable heat sealing process keeping an overlap of at least 2.5 cm. )	-	0	-
4, 4.1(VARIETY AND TYPES : Based on the finish, HDPE geomembrane shall be of following varieties)	-	0	-
4.2,4.2.1(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
4.2,4.2.2(Based on the thickness of HDPE geomembrane, the material shall be classified as under)	-	0	-
5(REQUIREMENTS)	-	0	-
5,3.1, Table 1(Requirements of Smooth HDPE Geomembrane)	-	0	-
5,3.1, Table1,i) a) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table1,i) b) Type I / II / III / IV / V / VI / VII IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table1,ii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Average thickness at a pressure of 2 ± 0.01 kPa)	-	0	-
5,3.1, Table1,iv) a) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table1,iv) b) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table1,iv) c) Type I / II / III / IV / V / VI / VII Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table1,v) Type I / II / III / IV / V / VI / VII Annex C(Tear resistance)	-	0	-
5,3.1, Table1,vi) Type I / II / III / IV / V / VI / VII Annex D(Puncture resistanc)	-	0	-
5,3.1, Table1,vii) Type I / II / III / IV / V / VI / VII Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table1,viii) Type I / II / III / IV / V / VI / VII Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table1,ix) Type I / II / III / IV / V / VI / VII Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table1,xi) Type I / II / III / IV / V / VI / VII IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table1,xiv) Type I / II / III / IV / V / VI / VII Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
5,3.1, Table 2(Requirements of Textured (Single or Double Sided) HDPE Geomembrane)	-	0	-
5,3.1, Table2,i) a) Type I / II / III / IV / V / VI IS 7016 (Part 1)(Length)	-	0	-
5,3.1, Table 2,i) b) Type I / II / III / IV / V / VI IS 7016 (Part 1)(width)	-	0	-
5,3.1, Table2,ii) Type I / II / III / IV / V / VI Annex K(Average core thickness)	-	0	-
5,3.1, Table 2,v) a) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield strength,)	-	0	-
5,3.1, Table 2,v) b) Type I / II / III / IV / V / VI Annex B(Tensile properties: Breaking strength,)	-	0	-
5,3.1, Table 2,v) c) Type I / II / III / IV / V / VI Annex B(Tensile properties: Yield elongation)	-	0	-
5,3.1, Table 2,vi) a) Type I / II / III / IV / V / VI Annex C(Tear resistance)	-	0	-
5,3.1, Table 2,vii) Type I / II / III / IV / V / VI Annex D(Puncture resistanc)	-	0	-
5,3.1, Table 2,viii) Type I / II / III / IV / V / VI Annex E(Low temperature crack resistance at minus 30°C±1°C)	-	0	-
5,3.1, Table 2,iX) Type I / II / III / IV / V / VI Annex F(Hydrostatic resistance)	-	0	-
5,3.1, Table 2,x) Type I / II / III / IV / V / VI Annex G(Seam strength : 85 percent of the original actual fabric strength or unbreakable seam)	-	0	-
5,3.1, Table 2,xii) Type I / II / III / IV / V / VI IS 2530(Carbon black dispersion)	-	0	-
5,3.1, Table 2,xv) Type I / II / III / IV / V / VI Annex H(Retention of breaking strength after UV exposure of 144 h : 85 percent of the original actual fabric strength)	-	0	-
6(DIMENSIONS AND TOLERANCES The dimensions of HDPE geomembrane when tested by the method given in IS 7016 (Part 1) shall be as agreed to between the buyer and the seller. However, the minimum width of the HDPE geomembrane shall be 5000 mm. A combination of panel width may be used to obtain desired width of geomembrane. Narrow width panels not less than 1000 mm in width may also be used but such pieces shall not exceed 1 piece per roll of finished material of specified width.)	-	0	-
7, 7.1 Annex M(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS: )	-	0	-
7, 7.2(COLOUR, SURFACE CHARACTERISTICS AND FREEDOM FROM DEFECTS)	-	0	-
5,3.1, Table1,iii) Type I / II / III / IV / V / VI / VII Method A of IS 13162 (Part 3)(Lowest individual of 10 thickness value)	-	0	-

-
Included w.e.f 02.06.2025

131

IS 1341 (2018)

Steel Butt Hinges - Specification (Sixth Revision)

All Type/Size

8200 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
3 Tables 2 to 9(Types)	-	200	-
5.1 Tables 2 to 9 (2)(Size of Hinge)	-	200	-
5.1 Tables 2 to 9 (3)(Length A)	-	200	-
5.1 Tables 2 to 9 (4)(Breadth B)	-	200	-
5.1 Tables 2 to 9 (4)(Breadth B1)	-	200	-
5.1 Tables 2 to 9 (4)(Breadth B2)	-	200	-
5.1 Tables 2 to 9 (5)(Thickness of Flap C)	-	200	-
5.1 Tables 2 to 9 (6)(Diameter of Hinge Pin D)	-	200	-
5.1 Tables 2 to 9 (7)(Number of Knuckles)	-	200	-
5.1 Tables 2 to 9 (8)(Number of Screw Holes)	-	200	-
5.1 Tables 2 to 9 (9)(Holes for Screw No.)	-	200	-
6.1(General)	-	200	-
6.1(General)	-	200	-
6.1(General)	-	200	-
6.2.1(Knuckles)	-	200	-
6.3(Pins)	-	200	-
6.4(Screw Holes)	-	200	-
6.4.2(Position of Holes)	-	200	-
6.4.2(X)	-	200	-
6.4.2(Y)	-	200	-
6.4.2(Z)	-	200	-
6.4.2.1(Position of Holes)	-	200	-
7(Finish)	-	200	-
TABLE-1 (Clause-4)(TITANIUM)	-	400	-
TABLE-1 (Clause-4)(VANADIUM)	-	400	-
TABLE-1 (Clause-4)(NIOBIUM)	-	400	-
TABLE-1 (Clause-4)(Molybdenum)	-	400	-
TABLE-1 (Clause-4)(Chromium)	-	400	-
TABLE-1 (Clause-4)(Nickel)	-	400	-
TABLE-1 (Clause-4)( ALUMINIUM)	-	400	-
TABLE-1 (Clause-4)(SILICON)	-	400	-
TABLE-1 (Clause-4)(NITROGEN)	-	1000	-
TABLE-1 (Clause-4)(MANGANESE)	-	400	-
TABLE-1 (Clause-4)(PHOSPHURS)	-	400	-
TABLE-1 (Clause-4)(SULPHUR)	-	400	-
TABLE-1 (Clause-4)( CARBON)	-	400	-
Clause 4 Table 1(Manganese ( Pin))	-	400	-
Clause 4 Table 1(Phosphorus ( Pin))	-	400	-
Clause 4 Table 1(Sulphur ( Pin))	-	400	-
Clause 4 Table 1(Carbon ( Pin))	-	400	-
Clause 4 Table 1(Nitrogen ( Flap))	-	1000	-
Clause 4 Table 1(Manganese ( Flap))	-	400	-
Clause 4 Table 1(Phosphorus ( Flap))	-	400	-
Clause 4 Table 1(Sulphur ( Flap))	-	400	-
Clause 4 Table 1(Carbon ( Flap))	-	400	-
8(Marking)	-	200	-
Cl 4 & Table 1(Sulphur- IS 228(Part 9))	-	400	-
Cl 4 & Table 1(Carbon- IS 228(Part 1))	-	400	-
Cl 4 & Table 1(Phosphorous- IS 228(Part 3))	-	400	-
Cl 4 & Table 1(Manganese- IS 228(Part 2))	-	400	-
Cl 4 & Table 1(Silicon- IS 228(Part 2))	-	400	-
Cl 4 & Table 1(Nitrogen -IS 228(Part 19))	-	1000	-

-
Included w.e.f 08.05.2025

132

IS 12817 (2020)

Stainless Steel Butt Hinges - Specification ( Third Revision )

All Size/Type

14800 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
6.2, Table 1 to 6(Length , A -IS 12817)	-	200	-
6.2, Table 1 to 6(Breadth, B-IS 12817)	-	200	-
6.2, Table 1 to 6(Breadth, B1-IS 12817)	-	0	Test price for breadth measurement is 200/-.
6.2, Table 1 to 6(Breadth, B2-IS 12817)	-	0	Test price for breadth measurement is 200/-.
6.2, Table 1 to 6(Thickness of flap, C-IS 12817)	-	200	-
6.2, Table 1 to 6(Dia. of Hinge pin, D-IS 12817 )	-	200	-
6.2, Table 1 to 6(Number of Knuckles- IS 12817 )	-	100	-
6.2, Table 1 to 6(Number of Screw Holes -IS 12817 )	-	100	-
6.2, Table 1 to 6(Holes for Screw Number- IS 12817 )	-	100	-
7.1(General - IS 12817 )	-	100	-
7.2(Knuckles - IS 12817 )	-	200	-
7.3(Pins- IS 12817 )	-	200	-
7.4(Screw Holes- IS 12817 )	-	200	-
7.4.2(Position of screw holes - IS 12817 )	-	200	-
7.4.2, Fig 1(The distance of the screw holes from the end of the flap - IS 12817 )	-	200	-
8.0(Finish - IS 12817 )	-	100	-
Clause 4.1.2(Silicon (Pin) )	-	300	-
Clause 4.1.2(Phosphorus (Pin) )	-	300	-
Clause 4.1.2(Sulphur (Pin) )	-	300	-
Clause 4.1.2(Manganese (Pin) )	-	300	-
Clause 4.1.2(Carbon (Pin) )	-	300	-
Clause 4.1.1(Silicon (Flap) )	-	300	-
Clause 4.1.1(Phosphorus (Flap) )	-	300	-
Clause 4.1.1(Sulphur (Flap) )	-	300	-
Clause 4.1.1(Manganese (Flap) )	-	300	-
Clause 4.1.1(Carbon (Flap) )	-	300	-
Clause 7.4.2 (Dimension - Z )	-	200	-
Clause 7.4.2 (Dimension - Y )	-	200	-
Clause 7.4.2 (Dimension - X )	-	200	-
Clause 7.4.1(Number of holes)	-	100	-
As per Cl.4(Carbon)	-	300	-
As per Cl.4(Sulphur)	-	300	-
As per Cl.4(Phosphorus)	-	300	-
As per Cl.4(Manganese)	-	300	-
As per Cl.4(Nitrogen)	-	2000	-
As per Cl.4(Silicon)	-	300	-
As per Cl.4(Aluminium)	-	300	-
As per Cl.4(Chromium)	-	300	-
As per Cl.4(Vanadium)	-	300	-
As per Cl.4(Molybdenum)	-	300	-
As per Cl.4(Niobium)	-	300	-
As per Cl.4(Nickel)	-	300	-
As per Cl.4(Copper)	-	300	-
As per Cl.4(Titanium)	-	300	-
As per Cl.4(Zirconium)	-	300	-
As per Cl.4(Tungsten)	-	300	-
As per Cl.4(Cerium)	-	300	-

-
Included w.e.f 10.07.2025

133

IS 14715 : Part 2 (2016)

Jute geotextiles Part 2 Control of bank erosion in rivers and waterways – Specification (second revision)

All type

6500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
1(Thickness at 2 kPa- IS 13162 (Part 3))	-	200	-
2(Width- IS 1954)	-	100	-
2(Mass- IS 15891 (Part 1))	-	300	-
2(Thickness at 2 kPa-IS 15891 (Part 2))	-	200	-
2(Tensile strength MD*CD- IS 15891 (Part 3))	-	1500	-
1(Width- IS 1954)	-	100	-
1(Ends × Picks- IS 1963)	-	200	-
1(Thickness at 2 kPa- IS 13162 (Part 3))	-	200	-
1(Tensile strength in MD × CD,- IS 13162 (Part 5))	-	0	Tensile and elongation test price is 1500/-.
1(Elongation at break in MD × CD- IS 13162 (Part 5))	-	0	Tensile and elongation test price is 1500/-.
1(Puncture resistance- IS 16078)	-	1000	-
1(Burst strength- IS 1966 (Part 1))	-	1000	-
1(Permittivity at 50 mm constant head- IS 14324)	-	1000	-
1(Apparent opening size (A. O. S.) , O95- IS 14294)	-	500	-
1(Apparent opening size (A. O. S.) , O95- IS 14294)	-	500	-
4, Table 1, (ii)(Construction)	-	200	-
4, Table 1, (ii)(Weight at 20 percent moisture regain, g/m2 , Min, for Treated Woven Jute Geotextiles)	-	300	-
4, Table 1, (iii)(Width, cm, for Treated Woven Jute Geotextiles)	-	0	Test price for width test is 100/-.
4, Table 1, (iv)(Ends x Picks/dm, for Treated Woven Jute Geotextiles)	-	0	Test price for Ends x picks/dm is 200/-.
4, Table 1, (v)(Thickness at 2kPa, mm, for Treated Woven Jute Geotextiles)	-	0	Test price for thickness measurement is 200/-.
4, Table 1, (vi)(Tensile Strength in MD x CD, kN/m, for Treated Woven Jute Geotextiles)	-	0	Test price for tensile and elongation test is 1500/-.
4, Table 1, (vii)(Elongation at break in MD x CD, percent, for Treated Woven Jute Geotextiles)	-	0	Test price for tensile and elongation test is 1500/-.
4, Table 1, (viii)(Puncture Resistance, kN, Min, for Treated Woven Jute Geotextiles)	-	0	Test price for puncturing test is 1000/-.
4, Table 1, (ix)(Burst Strength, kPa. Min, for Treated Woven Jute Geotextiles)	-	0	Test price for bursting Strength is 1000/-.
4, Table 1, (x)(Permittivity at 50 mm constant head, sec –1 , Min, for Treated Woven Jute Geotextiles)	-	0	Test price for permittivity test is 1000/-.
4, Table 1, (xi)(Apparent opening size (A. O. S.) , O95 , Micron3, for Treated Woven Jute Geotextiles)	-	0	Test price for apparent size is 500/-.
5(Sampling)	-	300	-
6(Packaging)	-	200	-
1(Thickness at 2 kPa- IS 13162 (Part 3))	-	0	-
2(Width- IS 1954)	-	0	-
2(Mass- IS 15891 (Part 1))	-	0	-
2(Thickness at 2 kPa-IS 15891 (Part 2))	-	0	-
2(Tensile strength MD*CD- IS 15891 (Part 3))	-	0	-
1(Width- IS 1954)	-	0	-
1(Ends × Picks- IS 1963)	-	0	-
1(Thickness at 2 kPa- IS 13162 (Part 3))	-	0	-
1(Tensile strength in MD × CD,- IS 13162 (Part 5))	-	0	-
1(Elongation at break in MD × CD- IS 13162 (Part 5))	-	0	-
1(Puncture resistance- IS 16078)	-	0	-
1(Burst strength- IS 1966 (Part 1))	-	0	-
1(Permittivity at 50 mm constant head- IS 14324)	-	0	-
1(Apparent opening size (A. O. S.) , O95- IS 14294)	-	0	-
1(Apparent opening size (A. O. S.) , O95- IS 14294)	-	0	-
4, Table 1, (ii)(Construction)	-	0	-
4, Table 1, (ii)(Weight at 20 percent moisture regain, g/m2 , Min, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (iii)(Width, cm, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (iv)(Ends x Picks/dm, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (v)(Thickness at 2kPa, mm, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (vi)(Tensile Strength in MD x CD, kN/m, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (vii)(Elongation at break in MD x CD, percent, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (viii)(Puncture Resistance, kN, Min, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (ix)(Burst Strength, kPa. Min, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (x)(Permittivity at 50 mm constant head, sec –1 , Min, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (xi)(Apparent opening size (A. O. S.) , O95 , Micron3, for Treated Woven Jute Geotextiles)	-	0	-
5(Sampling)	-	0	-
6(Packaging)	-	0	-
1(Thickness at 2 kPa- IS 13162 (Part 3))	-	0	-
2(Width- IS 1954)	-	0	-
2(Mass- IS 15891 (Part 1))	-	0	-
2(Thickness at 2 kPa-IS 15891 (Part 2))	-	0	-
2(Tensile strength MD*CD- IS 15891 (Part 3))	-	0	-
1(Width- IS 1954)	-	0	-
1(Ends × Picks- IS 1963)	-	0	-
1(Thickness at 2 kPa- IS 13162 (Part 3))	-	0	-
1(Tensile strength in MD × CD,- IS 13162 (Part 5))	-	0	-
1(Elongation at break in MD × CD- IS 13162 (Part 5))	-	0	-
1(Puncture resistance- IS 16078)	-	0	-
1(Burst strength- IS 1966 (Part 1))	-	0	-
1(Permittivity at 50 mm constant head- IS 14324)	-	0	-
1(Apparent opening size (A. O. S.) , O95- IS 14294)	-	0	-
1(Apparent opening size (A. O. S.) , O95- IS 14294)	-	0	-
4, Table 1, (ii)(Construction)	-	0	-
4, Table 1, (ii)(Weight at 20 percent moisture regain, g/m2 , Min, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (iii)(Width, cm, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (iv)(Ends x Picks/dm, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (v)(Thickness at 2kPa, mm, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (vi)(Tensile Strength in MD x CD, kN/m, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (vii)(Elongation at break in MD x CD, percent, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (viii)(Puncture Resistance, kN, Min, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (ix)(Burst Strength, kPa. Min, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (x)(Permittivity at 50 mm constant head, sec –1 , Min, for Treated Woven Jute Geotextiles)	-	0	-
4, Table 1, (xi)(Apparent opening size (A. O. S.) , O95 , Micron3, for Treated Woven Jute Geotextiles)	-	0	-
5(Sampling)	-	0	-
6(Packaging)	-	0	-

-
Included w.e.f 02.06.2025

134

IS 14715 : Part 1 (2016)

Jute geotextiles Part 1 Strengthening of sub-grade in roads – Specification (second revision)

All Type

6500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
1(Weight at 20% moisture Regain- IS 14716)	-	300	-
1(Width- IS 1954)	-	100	-
1(Ends × Picks- IS 1963)	-	200	-
1(Tensile strength in MD × CD- IS 13162 (Part 5))	-	1500	-
1("Elongation at break in MD × CD- IS 13162 (Part 5)")	-	0	Tensile test and elongation test price is 1500/-.
1(Puncture resistance- IS 16078)	-	1000	-
1(Burst strength- IS 1966 (Part 1))	-	1000	-
1(Permittivity at 50mm constant head- IS 14324)	-	1000	-
1(Apparent opening size (A. O. S.) , O95- IS 14294)	-	500	-
2(Elongation at break MD * CD - IS 15891 (Part 3))	-	0	Tensile test and elongation test price is 1500/-.
2(Permittivity at 50 mm constant head- IS 14324)	-	0	Test price for Permittivity test is 1000/-.
2(Bursting strength- IS 1966 (Part 1))	-	0	Test price for bursting test is 1000/-.
2(Apparent opening size (A. O. S.), O95- IS 14294)	-	0	Test price for apparent size is 500/-.
1(Weight at 20 percent moisture regain- IS 14716)	-	0	Test Price for Weight at 20 % moisture regain is 300/-.
4, Table 1, (i)(Construction)	-	1	Test price for construction is 200/-.
4, Table 1, (ii)(Weight at 20 percent moisture regain, g/m2 for Woven Jute Geotextiles)	-	0	Test Price for Weight at 20 % moisture regain is 300/-.
4, Table 1, (iii)(Width cm, for Woven Jute Geotextiles)	-	0	Test price for width test is 100/-.
4, Table 1, (iv)(Ends X Picks/ dm, for Woven Jute Geotextiles)	-	0	Test price for Endx picks/dm test is 200/-.
4, Table 1, (v)(Thickness at 2kPA, mm, for Woven Jute Geotextiles)	-	200	-
4, Table 1, (vi)(Tensile strength in MD × CD, kN/m, Min, for Woven Jute Geotextiles)	-	0	Test price for tensile test and elongation is 1500/-.
4, Table 1, (vii)(Elongation at break in MD × CD, for Woven Jute Geotextiles)	-	0	Test price for tensile test and elongation is 1500/-.
4, Table 1, (viii)(Puncture resistance, kN, Min, for Woven Jute Geotextiles)	-	0	Test price for puncturing test is 1000/-.
4, Table 1, (ix)(Burst strength, kPa, Min, for Woven Jute Geotextiles)	-	0	Test price for bursting test is 1000/-.
4, Table 1, (x)(Permittivity at 50mm constant head, sec -1 , Min, for Woven Jute Geotextiles)	-	0	Test price for bursting test is 1000/-.
4, Table 1, (xi)(Apparent opening size (A. O. S.) , O 95 , Micron, for Woven Jute Geotextiles)	-	0	Test price for apparent size is 500/-.
4, Table 2, (i)(Width, cm, for Non-Woven Jute Geotextiles)	-	0	Test price for width test is 100/-.
4, Table 2, (ii)(Mass, g/m2, for Non-Woven Jute Geotextiles)	-	0	Test price for Mass and weight measurement is 300/-.
4, Table 2, (iii)(Thickness at 2 kPa, mm, for Non-Woven Jute Geotextiles)	-	0	Test price for thickness measurement is 200/-.
4, Table 2, (iv)(Tensile strength, kN/m, Min, for Non-Woven Jute Geotextiles)	-	0	Test price for tensile test and elongation is 1500/-.
4, Table 2, (v)(Elongation at break, percent, for Non-Woven Jute Geotextiles)	-	0	Test price for tensile test and elongation is 1500/-.
4, Table 2, (vi)(Permittivity at 50 mm constant head, sec–1 , Min, for Non-Woven Jute Geotextiles)	-	0	Test price for bursting test is 1000/-.
4, Table 2, (vii)(Bursting strength, kPa, Min, for Non-Woven Jute Geotextiles)	-	0	Test price for bursting test is 1000/-.
4, Table 2, (viii)(Apparent opening size (A. O. S.), O 95 , Micron, for Non-Woven Jute Geotextiles)	-	0	Test price for apparent size is 500/-.
5(Sampling)	-	200	-
6(Packaging)	-	300	-
1(Weight at 20% moisture Regain- IS 14716)	-	0	-
1(Width- IS 1954)	-	0	-
1(Ends × Picks- IS 1963)	-	0	-
1(Tensile strength in MD × CD- IS 13162 (Part 5))	-	0	-
1("Elongation at break in MD × CD- IS 13162 (Part 5)")	-	0	-
1(Puncture resistance- IS 16078)	-	0	-
1(Burst strength- IS 1966 (Part 1))	-	0	-
1(Permittivity at 50mm constant head- IS 14324)	-	0	-
1(Apparent opening size (A. O. S.) , O95- IS 14294)	-	0	-
2(Elongation at break MD * CD - IS 15891 (Part 3))	-	0	-
2(Permittivity at 50 mm constant head- IS 14324)	-	0	-
2(Bursting strength- IS 1966 (Part 1))	-	0	-
2(Apparent opening size (A. O. S.), O95- IS 14294)	-	0	-
1(Weight at 20 percent moisture regain- IS 14716)	-	0	-
4, Table 1, (i)(Construction)	-	0	-
4, Table 1, (ii)(Weight at 20 percent moisture regain, g/m2 for Woven Jute Geotextiles)	-	0	-
4, Table 1, (iii)(Width cm, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (iv)(Ends X Picks/ dm, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (v)(Thickness at 2kPA, mm, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (vi)(Tensile strength in MD × CD, kN/m, Min, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (vii)(Elongation at break in MD × CD, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (viii)(Puncture resistance, kN, Min, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (ix)(Burst strength, kPa, Min, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (x)(Permittivity at 50mm constant head, sec -1 , Min, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (xi)(Apparent opening size (A. O. S.) , O 95 , Micron, for Woven Jute Geotextiles)	-	0	-
4, Table 2, (i)(Width, cm, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (ii)(Mass, g/m2, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (iii)(Thickness at 2 kPa, mm, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (iv)(Tensile strength, kN/m, Min, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (v)(Elongation at break, percent, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (vi)(Permittivity at 50 mm constant head, sec–1 , Min, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (vii)(Bursting strength, kPa, Min, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (viii)(Apparent opening size (A. O. S.), O 95 , Micron, for Non-Woven Jute Geotextiles)	-	0	-
5(Sampling)	-	0	-
6(Packaging)	-	0	-
1(Weight at 20% moisture Regain- IS 14716)	-	0	-
1(Width- IS 1954)	-	0	-
1(Ends × Picks- IS 1963)	-	0	-
1(Tensile strength in MD × CD- IS 13162 (Part 5))	-	0	-
1("Elongation at break in MD × CD- IS 13162 (Part 5)")	-	0	-
1(Puncture resistance- IS 16078)	-	0	-
1(Burst strength- IS 1966 (Part 1))	-	0	-
1(Permittivity at 50mm constant head- IS 14324)	-	0	-
1(Apparent opening size (A. O. S.) , O95- IS 14294)	-	0	-
2(Elongation at break MD * CD - IS 15891 (Part 3))	-	0	-
2(Permittivity at 50 mm constant head- IS 14324)	-	0	-
2(Bursting strength- IS 1966 (Part 1))	-	0	-
2(Apparent opening size (A. O. S.), O95- IS 14294)	-	0	-
1(Weight at 20 percent moisture regain- IS 14716)	-	0	-
4, Table 1, (i)(Construction)	-	0	-
4, Table 1, (ii)(Weight at 20 percent moisture regain, g/m2 for Woven Jute Geotextiles)	-	0	-
4, Table 1, (iii)(Width cm, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (iv)(Ends X Picks/ dm, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (v)(Thickness at 2kPA, mm, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (vi)(Tensile strength in MD × CD, kN/m, Min, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (vii)(Elongation at break in MD × CD, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (viii)(Puncture resistance, kN, Min, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (ix)(Burst strength, kPa, Min, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (x)(Permittivity at 50mm constant head, sec -1 , Min, for Woven Jute Geotextiles)	-	0	-
4, Table 1, (xi)(Apparent opening size (A. O. S.) , O 95 , Micron, for Woven Jute Geotextiles)	-	0	-
4, Table 2, (i)(Width, cm, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (ii)(Mass, g/m2, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (iii)(Thickness at 2 kPa, mm, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (iv)(Tensile strength, kN/m, Min, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (v)(Elongation at break, percent, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (vi)(Permittivity at 50 mm constant head, sec–1 , Min, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (vii)(Bursting strength, kPa, Min, for Non-Woven Jute Geotextiles)	-	0	-
4, Table 2, (viii)(Apparent opening size (A. O. S.), O 95 , Micron, for Non-Woven Jute Geotextiles)	-	0	-
5(Sampling)	-	0	-
6(Packaging)	-	0	-

-
Included w.e.f 02.06.2025

135

IS 17374 (2020)

Geosynthetics – Reinforced HDPE membrane for effluents and chemical resistance lining – Specification

All Type

220000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Clause No. 3.1(Reinforced HDPE Membrane)	-	2000	-
Clause No. 5.3, Table No. 1, (i)(Thickness (mm))	-	500	-
Clause No. 5.3, Table No. 1, (ii)(Mass (g/m2))	-	500	-
Clause No. 5.3, Table No. 1, (iii)(Dimensions (length and width))	-	500	-
Clause No. 3.1, Table No. 1, (iv)(Carbon black content, percent)	-	2000	-
Clause No. 3.1, Table No. 1, (v)(Carbon black dispersion)	-	2000	-
Clause No. 5.3, Table No. 1, (vi)(Breaking load on 20 cm × 10 cm strip before UV exposure, N)	-	5000	-
Clause No. 5.3, Table No. 1, (vii)(Strain at maximum load, percent)	-	2000	-
Clause No. 5.3, Table No. 1, (viii)(Retention of breaking load on 20 cm × 10 cm strip after UV exposure of 144 h)	-	20000	-
Clause No. 5.3, Table No. 1, (ix)(Impact failure load, at 1524 mm drop, Min gram force at 50 percent failure)	-	2000	-
Clause No. 5.3, Table No. 1, (x)(Tear resistance, N)	-	2000	-
Clause No. 5.3, Table No. 1, (x)(Tear resistance, N)	-	2000	-
Clause No. 5.3, Table No. 1, (xi)(Puncture resistance, N)	-	2000	-
Clause No. 5.3, Table No. 1, (xii)(Bursting strength (Ball burst), N/cm2)	-	1000	-
Clause No. 5.3, Table No. 1, (xiii)(Seam strength before UV exposure, N/mm)	-	1000	-
Clause No. 5.3, Table No. 1, (xiv)(Seam strength after UV exposure of 144 h, N/mm)	-	20000	-
Clause No. 5.3, Table No. 1, (xv)(Hydrostatic resistance before UV exposure, kg/cm2)	-	1000	-
Clause No. 5.3, Table No. 1, (xvi)(Hydrostatic resistance after UV exposure of 144 h, kg/cm2)	-	5000	-
Clause No. 5.3, Table No. 1, (xvii)(Low temperature crack resistance at minus 30 °C ± 1°C)	-	2000	-
Clause No. 5.3, Table No. 1, (xviii)(Oxidative induction time (OIT), minutes, (a) Standard OIT or (b) High Pressure OIT)	-	10000	-
Clause No. 5.3, Table No. 1, (xix)(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days, percent, (a) Standard OIT or (b) High Pressure OIT)	-	60000	-
Clause No. 5.3, Table No. 1, (xx)(Stress crack resistance, h)	-	2000	-
Clause No. 5.3, Table No. 1, (xxi)(Abrasion resistance)	-	1000	-
Clause No. 5.3, Table No. 1, (xxii)(Ash content, percent)	-	1000	-
Clause No. 5.4, Table No. 2, (i)(Change in weight, percent)	-	50000	-
Clause No. 5.4, Table No. 2, (ii)(Change in volume, percent)	-	2000	-
Clause No. 5.4, Table No. 2, (iii)(Visual observations)	-	500	-
Clause No. 5.4, Table No. 2, (iv)(Change in tensile strength, percent)	-	1000	-
Clause No. 5.4, Table No. 2, (v)(Change in elongation, percent)	-	1000	-
Clause No. 5.4, Table No. 2, (vi)(Change in 2 percent secant modulus, percent)	-	1000	-
Clause No. 5.4, Table No. 2, (vii)(Change in seam strength, percent)	-	2000	-
3.1(MATERIAL AND MANUFACTURE - -HDPE membrane -UV stablised or carbon black stablised LDPE or LLDPE shall contain minimum 2.5 percent of carbon black)	-	2000	-
3.2(MATERIAL AND MANUFACTURE - A suitable multi-layer membrane with adequate number of layers shall be produced using a combination of HDPE fabric and layers of coating film)	-	1000	-
3.3- Table 1 - i)(Thickness (mm))	-	500	-
3.3- Table 1 - ii)(Mass (g/m2))	-	500	-
3.3- Table 1 - iii)(Dimensions (length and width))	-	500	-
3.3- Table 1 - iv)(Carbon black content, percent)	-	1000	-
3.3- Table 1 - v)(Carbon black dispersion)	-	1000	-
3.3- Table 1 - vi)("Breaking load on 20 cm × 10 cm strip before UV exposure, N, Min a) Warp way b) Weft way")	-	1000	-
3.3- Table 1 - vii)(Strain at maximum load)	-	2000	-
3.3- Table 1 - viii)(Retention of breaking load on 20 cm × 10 cm strip after UV exposure of 144 h a) Warp way b) Weft way)	-	20000	-
3.3- Table 1 - ix)(Impact failure load, at 1524 mm drop, Min gram force at 50 percent failure)	-	2000	-
3.3- Table 1 - x)(Tear resistance, N)	-	2000	-
3.3- Table 1 - xi)(Puncture resistance, N)	-	2000	-
3.3- Table 1 - xii)(Bursting strength (Ball burst), N/cm2)	-	1000	-
3.3- Table 1 - xiii)(Seam strength before UV exposure, N/ mm)	-	1000	-
3.3- Table 1 - xiv)(Seam strength after UV exposure of 144 h, N/mm)	-	20000	-
3.3- Table 1 - xv)(Hydrostatic resistance before UV exposure, kg/cm2 ,)	-	1000	-
3.3- Table 1 - xvi)(Hydrostatic resistance after UV exposure of 144 h, kg/cm2)	-	10000	-
3.3- Table 1 - xvii)("Low temperature crack resistance at minus 30 °C ± 1°C")	-	2000	-
3.3- Table 1 - xviii)(Oxidative induction time (OIT), minutes a) Standard OIT or b) High pressure OIT)	-	10000	-
3.3- Table 1 - xix)(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days, percent a) Standard OIT or b) High pressure OIT)	-	60000	-
3.3- Table 1 - xx)(Stress crack resistance)	-	2000	-
3.3- Table 1 - xxi)(Abrasion resistance)	-	1000	-
3.3- Table 1 - xxii)(Ash content, Max)	-	1000	-
4(TYPES OF GEOGRIDS - a) Type I b) Type II c) Type III d) Type IV e) Type V f) Type VI)	-	500	-
5.1(REQUIREMENTS - Workmanship)	-	500	-
5.2(REQUIREMENTS - Joints/Seams)	-	500	-
5.4-Table 2- i)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in weight)	-	50000	-
5.4-Table 2- ii)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in volume)	-	2000	-
5.4-Table 2- iii)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Visual observations)	-	500	-
5.4-Table 2- iv)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in tensile strength)	-	1000	-
5.4-Table 2- v)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in elongation)	-	1000	-
5.4-Table 2- vi)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in 2 percent secant modulus)	-	1000	-
5.4-Table 2- vii)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in seam strength)	-	2000	-
6(PACKING AND MARKING)	-	200	-
Clause No. 3.1(Reinforced HDPE Membrane)	-	0	-
Clause No. 5.3, Table No. 1, (i)(Thickness (mm))	-	0	-
Clause No. 5.3, Table No. 1, (ii)(Mass (g/m2))	-	0	-
Clause No. 5.3, Table No. 1, (iii)(Dimensions (length and width))	-	0	-
Clause No. 3.1, Table No. 1, (iv)(Carbon black content, percent)	-	0	-
Clause No. 3.1, Table No. 1, (v)(Carbon black dispersion)	-	0	-
Clause No. 5.3, Table No. 1, (vi)(Breaking load on 20 cm × 10 cm strip before UV exposure, N)	-	0	-
Clause No. 5.3, Table No. 1, (vii)(Strain at maximum load, percent)	-	0	-
Clause No. 5.3, Table No. 1, (viii)(Retention of breaking load on 20 cm × 10 cm strip after UV exposure of 144 h)	-	0	-
Clause No. 5.3, Table No. 1, (ix)(Impact failure load, at 1524 mm drop, Min gram force at 50 percent failure)	-	0	-
Clause No. 5.3, Table No. 1, (x)(Tear resistance, N)	-	0	-
Clause No. 5.3, Table No. 1, (x)(Tear resistance, N)	-	0	-
Clause No. 5.3, Table No. 1, (xi)(Puncture resistance, N)	-	0	-
Clause No. 5.3, Table No. 1, (xii)(Bursting strength (Ball burst), N/cm2)	-	0	-
Clause No. 5.3, Table No. 1, (xiii)(Seam strength before UV exposure, N/mm)	-	0	-
Clause No. 5.3, Table No. 1, (xiv)(Seam strength after UV exposure of 144 h, N/mm)	-	0	-
Clause No. 5.3, Table No. 1, (xv)(Hydrostatic resistance before UV exposure, kg/cm2)	-	0	-
Clause No. 5.3, Table No. 1, (xvi)(Hydrostatic resistance after UV exposure of 144 h, kg/cm2)	-	0	-
Clause No. 5.3, Table No. 1, (xvii)(Low temperature crack resistance at minus 30 °C ± 1°C)	-	0	-
Clause No. 5.3, Table No. 1, (xviii)(Oxidative induction time (OIT), minutes, (a) Standard OIT or (b) High Pressure OIT)	-	0	-
Clause No. 5.3, Table No. 1, (xix)(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days, percent, (a) Standard OIT or (b) High Pressure OIT)	-	0	-
Clause No. 5.3, Table No. 1, (xx)(Stress crack resistance, h)	-	0	-
Clause No. 5.3, Table No. 1, (xxi)(Abrasion resistance)	-	0	-
Clause No. 5.3, Table No. 1, (xxii)(Ash content, percent)	-	0	-
Clause No. 5.4, Table No. 2, (i)(Change in weight, percent)	-	0	-
Clause No. 5.4, Table No. 2, (ii)(Change in volume, percent)	-	0	-
Clause No. 5.4, Table No. 2, (iii)(Visual observations)	-	0	-
Clause No. 5.4, Table No. 2, (iv)(Change in tensile strength, percent)	-	0	-
Clause No. 5.4, Table No. 2, (v)(Change in elongation, percent)	-	0	-
Clause No. 5.4, Table No. 2, (vi)(Change in 2 percent secant modulus, percent)	-	0	-
Clause No. 5.4, Table No. 2, (vii)(Change in seam strength, percent)	-	0	-
3.1(MATERIAL AND MANUFACTURE - -HDPE membrane -UV stablised or carbon black stablised LDPE or LLDPE shall contain minimum 2.5 percent of carbon black)	-	0	-
3.2(MATERIAL AND MANUFACTURE - A suitable multi-layer membrane with adequate number of layers shall be produced using a combination of HDPE fabric and layers of coating film)	-	0	-
3.3- Table 1 - i)(Thickness (mm))	-	0	-
3.3- Table 1 - ii)(Mass (g/m2))	-	0	-
3.3- Table 1 - iii)(Dimensions (length and width))	-	0	-
3.3- Table 1 - iv)(Carbon black content, percent)	-	0	-
3.3- Table 1 - v)(Carbon black dispersion)	-	0	-
3.3- Table 1 - vi)("Breaking load on 20 cm × 10 cm strip before UV exposure, N, Min a) Warp way b) Weft way")	-	0	-
3.3- Table 1 - vii)(Strain at maximum load)	-	0	-
3.3- Table 1 - viii)(Retention of breaking load on 20 cm × 10 cm strip after UV exposure of 144 h a) Warp way b) Weft way)	-	0	-
3.3- Table 1 - ix)(Impact failure load, at 1524 mm drop, Min gram force at 50 percent failure)	-	0	-
3.3- Table 1 - x)(Tear resistance, N)	-	0	-
3.3- Table 1 - xi)(Puncture resistance, N)	-	0	-
3.3- Table 1 - xii)(Bursting strength (Ball burst), N/cm2)	-	0	-
3.3- Table 1 - xiii)(Seam strength before UV exposure, N/ mm)	-	0	-
3.3- Table 1 - xiv)(Seam strength after UV exposure of 144 h, N/mm)	-	0	-
3.3- Table 1 - xv)(Hydrostatic resistance before UV exposure, kg/cm2 ,)	-	0	-
3.3- Table 1 - xvi)(Hydrostatic resistance after UV exposure of 144 h, kg/cm2)	-	0	-
3.3- Table 1 - xvii)("Low temperature crack resistance at minus 30 °C ± 1°C")	-	0	-
3.3- Table 1 - xviii)(Oxidative induction time (OIT), minutes a) Standard OIT or b) High pressure OIT)	-	0	-
3.3- Table 1 - xix)(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days, percent a) Standard OIT or b) High pressure OIT)	-	0	-
3.3- Table 1 - xx)(Stress crack resistance)	-	0	-
3.3- Table 1 - xxi)(Abrasion resistance)	-	0	-
3.3- Table 1 - xxii)(Ash content, Max)	-	0	-
4(TYPES OF GEOGRIDS - a) Type I b) Type II c) Type III d) Type IV e) Type V f) Type VI)	-	0	-
5.1(REQUIREMENTS - Workmanship)	-	0	-
5.2(REQUIREMENTS - Joints/Seams)	-	0	-
5.4-Table 2- i)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in weight)	-	0	-
5.4-Table 2- ii)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in volume)	-	0	-
5.4-Table 2- iii)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Visual observations)	-	0	-
5.4-Table 2- iv)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in tensile strength)	-	0	-
5.4-Table 2- v)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in elongation)	-	0	-
5.4-Table 2- vi)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in 2 percent secant modulus)	-	0	-
5.4-Table 2- vii)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in seam strength)	-	0	-
6(PACKING AND MARKING)	-	0	-
Clause No. 3.1(Reinforced HDPE Membrane)	-	0	-
Clause No. 5.3, Table No. 1, (i)(Thickness (mm))	-	0	-
Clause No. 5.3, Table No. 1, (ii)(Mass (g/m2))	-	0	-
Clause No. 5.3, Table No. 1, (iii)(Dimensions (length and width))	-	0	-
Clause No. 3.1, Table No. 1, (iv)(Carbon black content, percent)	-	0	-
Clause No. 3.1, Table No. 1, (v)(Carbon black dispersion)	-	0	-
Clause No. 5.3, Table No. 1, (vi)(Breaking load on 20 cm × 10 cm strip before UV exposure, N)	-	0	-
Clause No. 5.3, Table No. 1, (vii)(Strain at maximum load, percent)	-	0	-
Clause No. 5.3, Table No. 1, (viii)(Retention of breaking load on 20 cm × 10 cm strip after UV exposure of 144 h)	-	0	-
Clause No. 5.3, Table No. 1, (ix)(Impact failure load, at 1524 mm drop, Min gram force at 50 percent failure)	-	0	-
Clause No. 5.3, Table No. 1, (x)(Tear resistance, N)	-	0	-
Clause No. 5.3, Table No. 1, (x)(Tear resistance, N)	-	0	-
Clause No. 5.3, Table No. 1, (xi)(Puncture resistance, N)	-	0	-
Clause No. 5.3, Table No. 1, (xii)(Bursting strength (Ball burst), N/cm2)	-	0	-
Clause No. 5.3, Table No. 1, (xiii)(Seam strength before UV exposure, N/mm)	-	0	-
Clause No. 5.3, Table No. 1, (xiv)(Seam strength after UV exposure of 144 h, N/mm)	-	0	-
Clause No. 5.3, Table No. 1, (xv)(Hydrostatic resistance before UV exposure, kg/cm2)	-	0	-
Clause No. 5.3, Table No. 1, (xvi)(Hydrostatic resistance after UV exposure of 144 h, kg/cm2)	-	0	-
Clause No. 5.3, Table No. 1, (xvii)(Low temperature crack resistance at minus 30 °C ± 1°C)	-	0	-
Clause No. 5.3, Table No. 1, (xviii)(Oxidative induction time (OIT), minutes, (a) Standard OIT or (b) High Pressure OIT)	-	0	-
Clause No. 5.3, Table No. 1, (xix)(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days, percent, (a) Standard OIT or (b) High Pressure OIT)	-	0	-
Clause No. 5.3, Table No. 1, (xx)(Stress crack resistance, h)	-	0	-
Clause No. 5.3, Table No. 1, (xxi)(Abrasion resistance)	-	0	-
Clause No. 5.3, Table No. 1, (xxii)(Ash content, percent)	-	0	-
Clause No. 5.4, Table No. 2, (i)(Change in weight, percent)	-	0	-
Clause No. 5.4, Table No. 2, (ii)(Change in volume, percent)	-	0	-
Clause No. 5.4, Table No. 2, (iii)(Visual observations)	-	0	-
Clause No. 5.4, Table No. 2, (iv)(Change in tensile strength, percent)	-	0	-
Clause No. 5.4, Table No. 2, (v)(Change in elongation, percent)	-	0	-
Clause No. 5.4, Table No. 2, (vi)(Change in 2 percent secant modulus, percent)	-	0	-
Clause No. 5.4, Table No. 2, (vii)(Change in seam strength, percent)	-	0	-
3.1(MATERIAL AND MANUFACTURE - -HDPE membrane -UV stablised or carbon black stablised LDPE or LLDPE shall contain minimum 2.5 percent of carbon black)	-	0	-
3.2(MATERIAL AND MANUFACTURE - A suitable multi-layer membrane with adequate number of layers shall be produced using a combination of HDPE fabric and layers of coating film)	-	0	-
3.3- Table 1 - i)(Thickness (mm))	-	0	-
3.3- Table 1 - ii)(Mass (g/m2))	-	0	-
3.3- Table 1 - iii)(Dimensions (length and width))	-	0	-
3.3- Table 1 - iv)(Carbon black content, percent)	-	0	-
3.3- Table 1 - v)(Carbon black dispersion)	-	0	-
3.3- Table 1 - vi)("Breaking load on 20 cm × 10 cm strip before UV exposure, N, Min a) Warp way b) Weft way")	-	0	-
3.3- Table 1 - vii)(Strain at maximum load)	-	0	-
3.3- Table 1 - viii)(Retention of breaking load on 20 cm × 10 cm strip after UV exposure of 144 h a) Warp way b) Weft way)	-	0	-
3.3- Table 1 - ix)(Impact failure load, at 1524 mm drop, Min gram force at 50 percent failure)	-	0	-
3.3- Table 1 - x)(Tear resistance, N)	-	0	-
3.3- Table 1 - xi)(Puncture resistance, N)	-	0	-
3.3- Table 1 - xii)(Bursting strength (Ball burst), N/cm2)	-	0	-
3.3- Table 1 - xiii)(Seam strength before UV exposure, N/ mm)	-	0	-
3.3- Table 1 - xiv)(Seam strength after UV exposure of 144 h, N/mm)	-	0	-
3.3- Table 1 - xv)(Hydrostatic resistance before UV exposure, kg/cm2 ,)	-	0	-
3.3- Table 1 - xvi)(Hydrostatic resistance after UV exposure of 144 h, kg/cm2)	-	0	-
3.3- Table 1 - xvii)("Low temperature crack resistance at minus 30 °C ± 1°C")	-	0	-
3.3- Table 1 - xviii)(Oxidative induction time (OIT), minutes a) Standard OIT or b) High pressure OIT)	-	0	-
3.3- Table 1 - xix)(Oven ageing at 85°C, Retention of oxidative induction time (OIT) after 90 days, percent a) Standard OIT or b) High pressure OIT)	-	0	-
3.3- Table 1 - xx)(Stress crack resistance)	-	0	-
3.3- Table 1 - xxi)(Abrasion resistance)	-	0	-
3.3- Table 1 - xxii)(Ash content, Max)	-	0	-
4(TYPES OF GEOGRIDS - a) Type I b) Type II c) Type III d) Type IV e) Type V f) Type VI)	-	0	-
5.1(REQUIREMENTS - Workmanship)	-	0	-
5.2(REQUIREMENTS - Joints/Seams)	-	0	-
5.4-Table 2- i)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in weight)	-	0	-
5.4-Table 2- ii)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in volume)	-	0	-
5.4-Table 2- iii)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Visual observations)	-	0	-
5.4-Table 2- iv)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in tensile strength)	-	0	-
5.4-Table 2- v)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in elongation)	-	0	-
5.4-Table 2- vi)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in 2 percent secant modulus)	-	0	-
5.4-Table 2- vii)(Requirements of Reinforced HDPE Membranes after Treating Against Chemicals - Change in seam strength)	-	0	-
6(PACKING AND MARKING)	-	0	-

-
Included w.e.f 02.06.2025

136

IS 17483 : Part 2 (2020)

Geosynthetics - Geocells - Specification Part 2 Slope Erosion Protection Application

All Grade

165000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
1(Density- IS 13360 (part-3) sec-10)	-	500	-
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	5000	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-2) Annex C)	-	5000	-
1(Carbon black content- IS 2530)	-	1000	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	500	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	500	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-2)Annex D")	-	20000	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-2) Annex-E")	-	40000	-
Clause No. 5.2(Dimensions)	-	500	-
Clause No. 5.4(Perforations)	-	500	-
Clause No. 5.5(Seam Weld)	-	500	-
Clause No. 5.3(Surface density of indentation)	-	500	-
Clause No. 5.3(Asperity height)	-	500	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	500	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	500	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	20000	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	70000	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	40000	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	5000	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	10000	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 8(Geocells panel packaging)	-	500	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	500	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	1000	-
Clause No. 5.3(Asperity height)	-	500	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	500	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	5000	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	1000	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	500	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	500	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	20000	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	70000	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	40000	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	5000	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	10000	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	500	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	1000	-
1("Friction efficiency- IS 17483 (part-2)Annex F")	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
1(Density- IS 13360 (part-3) sec-10)	-	0	-
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	0	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-2) Annex C)	-	0	-
1(Carbon black content- IS 2530)	-	0	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	0	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	0	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-2)Annex D")	-	0	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-2) Annex-E")	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
1("Friction efficiency- IS 17483 (part-2)Annex F")	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
1(Density- IS 13360 (part-3) sec-10)	-	0	-
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	0	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-2) Annex C)	-	0	-
1(Carbon black content- IS 2530)	-	0	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	0	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	0	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-2)Annex D")	-	0	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-2) Annex-E")	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
1("Friction efficiency- IS 17483 (part-2)Annex F")	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
1(Density- IS 13360 (part-3) sec-10)	-	0	-
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	0	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-2) Annex C)	-	0	-
1(Carbon black content- IS 2530)	-	0	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	0	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	0	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-2)Annex D")	-	0	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-2) Annex-E")	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
1("Friction efficiency- IS 17483 (part-2)Annex F")	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
1(Density- IS 13360 (part-3) sec-10)	-	0	-
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	0	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-2) Annex C)	-	0	-
1(Carbon black content- IS 2530)	-	0	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	0	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	0	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-2)Annex D")	-	0	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-2) Annex-E")	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
1("Friction efficiency- IS 17483 (part-2)Annex F")	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-

-
Included w.e.f.23.07.2025 Exclusion Clause No. 6.2, Table No. 1 (xii) (High pressure oxidative induction time, minutes) Clause No. 6.2, Table No. 1 (xii) (High pressure oxidative induction time, minutes)

137

IS 17483 : Part 1 (2020)

Geosynthetics - Geocells - Specification Part 1 Load Bearing Application

All type

165000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
1(Density- IS 13360 (part-3) sec-10)	-	500	-
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	5000	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-1) Annex C)	-	5000	-
1(Carbon black content- IS 2530)	-	1000	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	500	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	500	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-1)Annex D")	-	0	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-1) Annex-E")	-	40000	-
1("Friction efficiency- IS 17483 (part-1)Annex F")	-	5000	-
Clause No. 5.2(Dimensions)	-	500	-
Clause No. 5.4(Perforations)	-	500	-
Clause No. 5.5(Seam Weld)	-	500	-
Clause No. 5.3(Surface density of indentation)	-	500	-
Clause No. 5.3(Asperity height)	-	500	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	500	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	65000	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	40000	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	10000	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	500	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	1000	-
6.2 Table 1(UV resistance strength retained after 500h exposure (Percent))	-	0	-
6.2 Table 1(Resistance to oxidation Retained strength %)	-	0	-
6.2 Table 1(Density g/cc)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Carbon black content, Percent)	-	0	-
6.2 Table 1(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
6.2 Table 1(Seam peel-strength per 25 mm of cell depth, N,)	-	0	-
6.2 Table1(Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7days at 54 C)	-	20000	-
6.2 Table 1(Friction efficiency, percent)	-	5000	-
6.2 Table 1(Standard Oxidation Induction time, min)	-	10000	-
6.2 Table 1(High pressure oxidation induction time, min)	-	0	-
CL 6.1(Dimensional Stability)	-	500	-
CL 5.5(Seam weld width, mm)	-	500	-
CL 5.4(Perforation area %)	-	500	-
CL 5.3(Texture density per sq cm)	-	500	-
CL 5.2(Cell depth, Pocket size, mm)	-	500	-
CL 4.4(Resistnce to chemical retained strength %)	-	5000	-
6.2 Table 1(Seam peel strength per 25 mm cell depth, N)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, ESCR 5000h)	-	0	-
4.1(Material Identification)	-	500	-
1(Density- IS 13360 (part-3) sec-10)	-	0	-
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	0	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-1) Annex C)	-	0	-
1(Carbon black content- IS 2530)	-	0	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	0	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	0	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-1)Annex D")	-	0	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-1) Annex-E")	-	0	-
1("Friction efficiency- IS 17483 (part-1)Annex F")	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
6.2 Table 1(UV resistance strength retained after 500h exposure (Percent))	-	0	-
6.2 Table 1(Resistance to oxidation Retained strength %)	-	0	-
6.2 Table 1(Density g/cc)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Carbon black content, Percent)	-	0	-
6.2 Table 1(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
6.2 Table 1(Seam peel-strength per 25 mm of cell depth, N,)	-	0	-
6.2 Table1(Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7days at 54 C)	-	0	-
6.2 Table 1(Friction efficiency, percent)	-	0	-
6.2 Table 1(Standard Oxidation Induction time, min)	-	0	-
6.2 Table 1(High pressure oxidation induction time, min)	-	0	-
CL 6.1(Dimensional Stability)	-	0	-
CL 5.5(Seam weld width, mm)	-	0	-
CL 5.4(Perforation area %)	-	0	-
CL 5.3(Texture density per sq cm)	-	0	-
CL 5.2(Cell depth, Pocket size, mm)	-	0	-
CL 4.4(Resistnce to chemical retained strength %)	-	0	-
6.2 Table 1(Seam peel strength per 25 mm cell depth, N)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, ESCR 5000h)	-	0	-
4.1(Material Identification)	-	0	-
1(Density- IS 13360 (part-3) sec-10)	-	0	-
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	0	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-1) Annex C)	-	0	-
1(Carbon black content- IS 2530)	-	0	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	0	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	0	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-1)Annex D")	-	0	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-1) Annex-E")	-	0	-
1("Friction efficiency- IS 17483 (part-1)Annex F")	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
6.2 Table 1(UV resistance strength retained after 500h exposure (Percent))	-	0	-
6.2 Table 1(Resistance to oxidation Retained strength %)	-	0	-
6.2 Table 1(Density g/cc)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Carbon black content, Percent)	-	0	-
6.2 Table 1(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
6.2 Table 1(Seam peel-strength per 25 mm of cell depth, N,)	-	0	-
6.2 Table1(Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7days at 54 C)	-	0	-
6.2 Table 1(Friction efficiency, percent)	-	0	-
6.2 Table 1(Standard Oxidation Induction time, min)	-	0	-
6.2 Table 1(High pressure oxidation induction time, min)	-	0	-
CL 6.1(Dimensional Stability)	-	0	-
CL 5.5(Seam weld width, mm)	-	0	-
CL 5.4(Perforation area %)	-	0	-
CL 5.3(Texture density per sq cm)	-	0	-
CL 5.2(Cell depth, Pocket size, mm)	-	0	-
CL 4.4(Resistnce to chemical retained strength %)	-	0	-
6.2 Table 1(Seam peel strength per 25 mm cell depth, N)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, ESCR 5000h)	-	0	-
4.1(Material Identification)	-	0	-
1(Density- IS 13360 (part-3) sec-10)	-	0	-
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	0	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-1) Annex C)	-	0	-
1(Carbon black content- IS 2530)	-	0	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	0	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	0	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-1)Annex D")	-	0	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-1) Annex-E")	-	0	-
1("Friction efficiency- IS 17483 (part-1)Annex F")	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
6.2 Table 1(UV resistance strength retained after 500h exposure (Percent))	-	0	-
6.2 Table 1(Resistance to oxidation Retained strength %)	-	0	-
6.2 Table 1(Density g/cc)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Carbon black content, Percent)	-	0	-
6.2 Table 1(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
6.2 Table 1(Seam peel-strength per 25 mm of cell depth, N,)	-	0	-
6.2 Table1(Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7days at 54 C)	-	0	-
6.2 Table 1(Friction efficiency, percent)	-	0	-
6.2 Table 1(Standard Oxidation Induction time, min)	-	0	-
6.2 Table 1(High pressure oxidation induction time, min)	-	0	-
CL 6.1(Dimensional Stability)	-	0	-
CL 5.5(Seam weld width, mm)	-	0	-
CL 5.4(Perforation area %)	-	0	-
CL 5.3(Texture density per sq cm)	-	0	-
CL 5.2(Cell depth, Pocket size, mm)	-	0	-
CL 4.4(Resistnce to chemical retained strength %)	-	0	-
6.2 Table 1(Seam peel strength per 25 mm cell depth, N)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, ESCR 5000h)	-	0	-
4.1(Material Identification)	-	0	-
1(Density- IS 13360 (part-3) sec-10)	-	0	`
1(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h- IS 16346)	-	0	-
1(Environmental stress crack resistance (ESCR), 5000 h - IS 17483 (part-1) Annex C)	-	0	-
1(Carbon black content- IS 2530)	-	0	-
1(cell wall thickness at a pressure of 2 ± 0.01 kPa- IS 13162 (part-3))	-	0	-
1("Seam peel-strength per 25 mm of cell depth- IS 17369 (part-1) method-B")	-	0	-
1("Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7 days at 54 ± 2 °C- IS 17483 (part-1)Annex D")	-	0	-
1("Retention of breaking strength after UV exposure of 500 h- IS 17483 (part-1) Annex-E")	-	0	-
1("Friction efficiency- IS 17483 (part-1)Annex F")	-	0	-
Clause No. 5.2(Dimensions)	-	0	-
Clause No. 5.4(Perforations)	-	0	-
Clause No. 5.5(Seam Weld)	-	0	-
Clause No. 5.3(Surface density of indentation)	-	0	-
Clause No. 5.3(Asperity height)	-	0	-
Clause No. 6.2, Table No. 1 (i)(Density, g/cm3)	-	0	-
Clause No. 6.2, Table No. 1 (ii)(Environmental stress crack resistance – Notched constant tensile load (ESCR - NCTL), 400 h)	-	0	-
Clause No. 6.2, Table No. 1 (iii)(Environmental stress crack resistance (ESCR), 5000 h)	-	0	-
Clause No. 6.2, Table No. 1 (iv)(Carbon black content, percent)	-	0	-
Clause No. 6.2, Table No. 1 (v)(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
Clause No. 6.2, Table No. 1 (vi)(Seam peel-strength per 25 mm of cell depth, N)	-	0	-
Clause No. 6.2, Table No. 1 (vii)(Seam weld hang strength for 100 mm of seam weld under constantdead weight of 72.5 kg for 7 days at 54 ± 2 °C)	-	0	-
Clause No. 6.2, Table No. 1 (viii)(Resistance to oxidation, Retained tensile strength, percent)	-	0	-
Clause No. 6.2, Table No. 1 (ix)(Retention of breaking strength after UV exposure of 500 h)	-	0	-
Clause No. 6.2, Table No. 1 (x)(Friction efficiency, percent)	-	0	-
Clause No. 6.2, Table No. 1 (xi)(Standard oxidative induction time, minutes)	-	0	-
Clause No. 6.2, Table No. 1 (xii)(High pressure oxidative induction time, minutes)	-	0	-
Clause No. 8(Geocells panel packaging)	-	0	-
Clause No. 9.1(Geocells labelling, shipment, storage and handling)	-	0	-
6.2 Table 1(UV resistance strength retained after 500h exposure (Percent))	-	0	-
6.2 Table 1(Resistance to oxidation Retained strength %)	-	0	-
6.2 Table 1(Density g/cc)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, Notch constant tensile load (ESCR-NCTL) 400h min)	-	0	-
6.2 Table 1(Carbon black content, Percent)	-	0	-
6.2 Table 1(Post texturing strip/cell wall thickness at a pressure of 2 ± 0.01 kPa, mm)	-	0	-
6.2 Table 1(Seam peel-strength per 25 mm of cell depth, N,)	-	0	-
6.2 Table1(Seam weld hang strength for 100 mm of seam weld under constant dead weight of 72.5 kg for 7days at 54 C)	-	0	-
6.2 Table 1(Friction efficiency, percent)	-	0	-
6.2 Table 1(Standard Oxidation Induction time, min)	-	0	-
6.2 Table 1(High pressure oxidation induction time, min)	-	0	-
CL 6.1(Dimensional Stability)	-	0	-
CL 5.5(Seam weld width, mm)	-	0	-
CL 5.4(Perforation area %)	-	0	-
CL 5.3(Texture density per sq cm)	-	0	-
CL 5.2(Cell depth, Pocket size, mm)	-	0	-
CL 4.4(Resistnce to chemical retained strength %)	-	0	-
6.2 Table 1(Seam peel strength per 25 mm cell depth, N)	-	0	-
6.2 Table 1(Environmental Stress crack resistance, ESCR 5000h)	-	0	-
4.1(Material Identification)	-	0	-

138

IS 17371 (2020)

Geosynthetics – Geogrids for flexible pavements – Specification

All Grades

190000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
1("Ultimate tensile strength, (MD × CD)- IS 16635 30/30 40/40 50/50 60/60 80/80 100/100")	-	2000	-
1("Tensile strength at 2 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	1000	-
1("Tensile strength at 5 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	1000	-
1(UV resistance, strength retained after 500 h exposure- IS 13162 (part 2))	-	60000	-
1(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	30000	-
2("Ultimate tensile strength, (MD × CD)- IS 16635 20/20 30/30 40/40")	-	2000	-
2("Tensile strength at 2 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	1000	-
2("Tensile strength at 5 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	1000	-
2(UV resistance, strength retained after 500 h exposure- IS 13162 (part 2))	-	60000	-
2(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	30000	-
2("Junction strength- IS 17371 AnnexB 20/20 30/30 40/40")	-	1500	-
Clause No. 4.1(Geogrid Raw Materials)	-	30000	-
Clause No. 4.1(Carbon Black content of Geogrid)	-	3000	-
Clause No. 4.4(PET Geogrid weight)	-	15000	-
Clause No. 4.4(PET Geogrid carboxyl end group content)	-	15000	-
Clause No. 4.5(Identification of Geogrid)	-	1000	-
Clause No. 5.2, Table No. 1 (ii)(Tensile strength at 2 percent strain, (MD × CD) kN/m of PET Geogrids)	-	10000	-
Clause No. 5.2, Table No. 1 (iii)(Tensile strength at 5 percent strain, (MD × CD) kN/m of PET Geogrids)	-	1000	-
Clause No. 5.2, table No. 1 (iv)(UV resistance, strength retained after 500 h exposure of PET Geogrids)	-	60000	-
Clause No. 5.2, Table No. 1 (v)(Chemical resistance, strength retained after 72 h immersion of PET Geogrids)	-	30000	-
Clause No. 5.2, table No. 1 (vi)(Width of PET Geogrids)	-	500	-
Clause No. 5.2, Table No. 1 (vii)(Roll length of PET Geogrids)	-	500	-
Clause No. 5.2, Table No. 2 (i)(Ultimate tensile strength, (MD × CD) kN/m of PP Geogrids)	-	2000	-
Clause No. 5.2, Table No. 2 (ii)(Tensile strength at 2 percent strain, (MD × CD) kN/m of PP Geogrids)	-	1000	-
Clause No. 5.2, Table No. 2 (iii)(Tensile strength at 5 percent strain, (MD × CD) kN/m of PP Geogrids)	-	1000	-
Clause No. 5.2, table No. 2 (iv)(UV resistance, strength retained after 500 h exposure of PP Geogrids)	-	60000	-
Clause No. 5.2, Table No. 2 (v)(Chemical resistance, strength retained after 72 h immersion of PP Geogrids)	-	30000	-
Clause No. 5.2, Table No. 2 (vi)(Junction strength, percent strength of original strength)	-	1500	-
Clause No. 5.2, table No. 2 (vii)(Width of PP Geogrids)	-	500	-
Clause No. 5.2, Table No. 2 (viii)(Roll length of PP Geogrids)	-	500	-
4.1(MATERIALS - Geogrid materials shall be inert to all chemicals naturally found in commonly encountered soils not containing adverse solvents and at ambient temperatures)	-	30000	-
4.2(MATERIALS - Geogrids shall be rendered resistant to UV. Rigid geogrids shall have minimum 2 percent (mass/mass) of carbon black content)	-	3000	-
4.3(MATERIALS - The geogrid shall be resistant to commonly encountered chemicals and microorganisms (rot and mildew) normally found in soils and shall be stabilized against short term exposure to solar radiation)	-	500	-
4.4(MATERIALS - PET geogrids, it shall have average molecular weight more than or equal to 25,000 g/mol)	-	30000	-
4.5(MATERIALS - Identification of Geogrid)	-	1000	-
5.1(REQUIREMENTS FOR GEOGRIDS -Geogrids shall be dimensionally stable and able to retain their geometry under manufacture, transport, and installation)	-	1000	-
5.2- Table 1- i)(REQUIREMENTS FOR PET GEOGRIDS - Ultimate tensile strength, (MD × CD) kN/m)	-	2000	-
5.2- Table 1- ii)(REQUIREMENTS FOR PET GEOGRIDS - Tensile strength at 2 percent strain, (MD × CD) kN/m,)	-	1000	-
5.2- Table 1- iii)(REQUIREMENTS FOR PET GEOGRIDS - Tensile strength at 5 percent strain, (MD × CD) kN/m,)	-	1000	-
5.2- Table 1- iv)(REQUIREMENTS FOR PET GEOGRIDS - UV resistance, strength retained after 500 h exposure)	-	60000	-
5.2- Table 1- v)(REQUIREMENTS FOR GEOGRIDS - Chemical resistance, strength retained after 72 h immersion)	-	30000	-
5.2- Table 1- vi)(REQUIREMENTS FOR PET GEOGRIDS - Width)	-	500	-
5.2- Table 1- vii)(REQUIREMENTS FOR PET GEOGRIDS - Roll length)	-	500	-
5.2- Table 2- i)(REQUIREMENTS FOR PP GEOGRIDS - Ultimate tensile strength, (MD × CD) kN/m)	-	2000	-
5.2- Table 2- ii)(REQUIREMENTS FOR PP GEOGRIDS - Tensile strength at 2 percent strain, (MD × CD) kN/m)	-	1000	-
5.2- Table 2- iii)(REQUIREMENTS FOR PP GEOGRIDS - Tensile strength at 5 percent strain, (MD × CD) kN/m,)	-	1000	-
5.2- Table 2- iv)(REQUIREMENTS FOR PP GEOGRIDS - UV resistance, strength retained after 500 h exposure)	-	60000	-
5.2- Table 2- v)(REQUIREMENTS FOR PP GEOGRIDS - Chemical resistance, strength retained after 72 h immersion)	-	30000	-
5.2- Table 2- vi)(REQUIREMENTS FOR PP GEOGRIDS - Junction strength, percent strength of original strength)	-	1500	-
5.2- Table 2- vii)(REQUIREMENTS FOR PP GEOGRIDS - Width)	-	500	-
5.2- Table 2- vIii)(REQUIREMENTS FOR PET GEOGRIDS - Roll length)	-	500	-
6(MARKING AND LABELLING)	-	1000	-
7(PACKING - minimum thickness of packing film)	-	500	-
8.1(IDENTIFICATION, DELIVERY, STORAGE AND HANDLING)	-	1000	-
1("Ultimate tensile strength, (MD × CD)- IS 16635 30/30 40/40 50/50 60/60 80/80 100/100")	-	0	Repeated Clause.
1("Tensile strength at 2 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	0	Repeated Clause.
1("Tensile strength at 5 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	0	Repeated Clause.
1(UV resistance, strength retained after 500 h exposure- IS 13162 (part 2))	-	0	Repeated Clause.
1(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	0	Repeated Clause.
2("Ultimate tensile strength, (MD × CD)- IS 16635 20/20 30/30 40/40")	-	0	Repeated Clause.
2("Tensile strength at 2 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	0	Repeated Clause.
2("Tensile strength at 5 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	0	Repeated Clause.
2(UV resistance, strength retained after 500 h exposure- IS 13162 (part 2))	-	0	Repeated Clause.
2(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	0	Repeated Clause.
2("Junction strength- IS 17371 AnnexB 20/20 30/30 40/40")	-	0	Repeated Clause.
Clause No. 4.1(Geogrid Raw Materials)	-	0	Repeated Clause.
Clause No. 4.1(Carbon Black content of Geogrid)	-	0	Repeated Clause.
Clause No. 4.4(PET Geogrid weight)	-	0	Repeated Clause.
Clause No. 4.4(PET Geogrid carboxyl end group content)	-	0	Repeated Clause.
Clause No. 4.5(Identification of Geogrid)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 1 (ii)(Tensile strength at 2 percent strain, (MD × CD) kN/m of PET Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 1 (iii)(Tensile strength at 5 percent strain, (MD × CD) kN/m of PET Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, table No. 1 (iv)(UV resistance, strength retained after 500 h exposure of PET Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 1 (v)(Chemical resistance, strength retained after 72 h immersion of PET Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, table No. 1 (vi)(Width of PET Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 1 (vii)(Roll length of PET Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 2 (i)(Ultimate tensile strength, (MD × CD) kN/m of PP Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 2 (ii)(Tensile strength at 2 percent strain, (MD × CD) kN/m of PP Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 2 (iii)(Tensile strength at 5 percent strain, (MD × CD) kN/m of PP Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, table No. 2 (iv)(UV resistance, strength retained after 500 h exposure of PP Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 2 (v)(Chemical resistance, strength retained after 72 h immersion of PP Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 2 (vi)(Junction strength, percent strength of original strength)	-	0	Repeated Clause.
Clause No. 5.2, table No. 2 (vii)(Width of PP Geogrids)	-	0	Repeated Clause.
Clause No. 5.2, Table No. 2 (viii)(Roll length of PP Geogrids)	-	0	Repeated Clause.
4.1(MATERIALS - Geogrid materials shall be inert to all chemicals naturally found in commonly encountered soils not containing adverse solvents and at ambient temperatures)	-	0	Repeated Clause.
4.2(MATERIALS - Geogrids shall be rendered resistant to UV. Rigid geogrids shall have minimum 2 percent (mass/mass) of carbon black content)	-	0	Repeated Clause.
4.3(MATERIALS - The geogrid shall be resistant to commonly encountered chemicals and microorganisms (rot and mildew) normally found in soils and shall be stabilized against short term exposure to solar radiation)	-	0	Repeated Clause.
4.4(MATERIALS - PET geogrids, it shall have average molecular weight more than or equal to 25,000 g/mol)	-	0	Repeated Clause.
4.5(MATERIALS - Identification of Geogrid)	-	0	Repeated Clause.
5.1(REQUIREMENTS FOR GEOGRIDS -Geogrids shall be dimensionally stable and able to retain their geometry under manufacture, transport, and installation)	-	0	Repeated Clause.
5.2- Table 1- i)(REQUIREMENTS FOR PET GEOGRIDS - Ultimate tensile strength, (MD × CD) kN/m)	-	0	Repeated Clause.
5.2- Table 1- ii)(REQUIREMENTS FOR PET GEOGRIDS - Tensile strength at 2 percent strain, (MD × CD) kN/m,)	-	0	Repeated Clause.
5.2- Table 1- iii)(REQUIREMENTS FOR PET GEOGRIDS - Tensile strength at 5 percent strain, (MD × CD) kN/m,)	-	0	Repeated Clause.
5.2- Table 1- iv)(REQUIREMENTS FOR PET GEOGRIDS - UV resistance, strength retained after 500 h exposure)	-	0	Repeated Clause.
5.2- Table 1- v)(REQUIREMENTS FOR GEOGRIDS - Chemical resistance, strength retained after 72 h immersion)	-	0	Repeated Clause.
5.2- Table 1- vi)(REQUIREMENTS FOR PET GEOGRIDS - Width)	-	0	Repeated Clause.
5.2- Table 1- vii)(REQUIREMENTS FOR PET GEOGRIDS - Roll length)	-	0	Repeated Clause.
5.2- Table 2- i)(REQUIREMENTS FOR PP GEOGRIDS - Ultimate tensile strength, (MD × CD) kN/m)	-	0	Repeated Clause.
5.2- Table 2- ii)(REQUIREMENTS FOR PP GEOGRIDS - Tensile strength at 2 percent strain, (MD × CD) kN/m)	-	0	Repeated Clause.
5.2- Table 2- iii)(REQUIREMENTS FOR PP GEOGRIDS - Tensile strength at 5 percent strain, (MD × CD) kN/m,)	-	0	Repeated Clause.
5.2- Table 2- iv)(REQUIREMENTS FOR PP GEOGRIDS - UV resistance, strength retained after 500 h exposure)	-	0	Repeated Clause.
5.2- Table 2- v)(REQUIREMENTS FOR PP GEOGRIDS - Chemical resistance, strength retained after 72 h immersion)	-	0	Repeated Clause.
5.2- Table 2- vi)(REQUIREMENTS FOR PP GEOGRIDS - Junction strength, percent strength of original strength)	-	0	Repeated Clause.
5.2- Table 2- vii)(REQUIREMENTS FOR PP GEOGRIDS - Width)	-	0	Repeated Clause.
5.2- Table 2- vIii)(REQUIREMENTS FOR PET GEOGRIDS - Roll length)	-	0	Repeated Clause.
6(MARKING AND LABELLING)	-	0	Repeated Clause.
7(PACKING - minimum thickness of packing film)	-	0	Repeated Clause.
8.1(IDENTIFICATION, DELIVERY, STORAGE AND HANDLING)	-	0	Repeated Clause.
1("Ultimate tensile strength, (MD × CD)- IS 16635 30/30 40/40 50/50 60/60 80/80 100/100")	-	0	-
1("Tensile strength at 2 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	0	-
1("Tensile strength at 5 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	0	-
1(UV resistance, strength retained after 500 h exposure- IS 13162 (part 2))	-	0	-
1(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	0	-
2("Ultimate tensile strength, (MD × CD)- IS 16635 20/20 30/30 40/40")	-	0	-
2("Tensile strength at 2 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	0	-
2("Tensile strength at 5 percent strain, (MD × CD- IS 16635 20/20 30/30 40/40")	-	0	-
2(UV resistance, strength retained after 500 h exposure- IS 13162 (part 2))	-	0	-
2(Chemical resistance, strength retained after 72 h immersion- IS 17363)	-	0	-
2("Junction strength- IS 17371 AnnexB 20/20 30/30 40/40")	-	0	-
Clause No. 4.1(Geogrid Raw Materials)	-	0	-
Clause No. 4.1(Carbon Black content of Geogrid)	-	0	-
Clause No. 4.4(PET Geogrid weight)	-	0	-
Clause No. 4.4(PET Geogrid carboxyl end group content)	-	0	-
Clause No. 4.5(Identification of Geogrid)	-	0	-
Clause No. 5.2, Table No. 1 (ii)(Tensile strength at 2 percent strain, (MD × CD) kN/m of PET Geogrids)	-	0	-
Clause No. 5.2, Table No. 1 (iii)(Tensile strength at 5 percent strain, (MD × CD) kN/m of PET Geogrids)	-	0	-
Clause No. 5.2, table No. 1 (iv)(UV resistance, strength retained after 500 h exposure of PET Geogrids)	-	0	-
Clause No. 5.2, Table No. 1 (v)(Chemical resistance, strength retained after 72 h immersion of PET Geogrids)	-	0	-
Clause No. 5.2, table No. 1 (vi)(Width of PET Geogrids)	-	0	-
Clause No. 5.2, Table No. 1 (vii)(Roll length of PET Geogrids)	-	0	-
Clause No. 5.2, Table No. 2 (i)(Ultimate tensile strength, (MD × CD) kN/m of PP Geogrids)	-	0	-
Clause No. 5.2, Table No. 2 (ii)(Tensile strength at 2 percent strain, (MD × CD) kN/m of PP Geogrids)	-	0	-
Clause No. 5.2, Table No. 2 (iii)(Tensile strength at 5 percent strain, (MD × CD) kN/m of PP Geogrids)	-	0	-
Clause No. 5.2, table No. 2 (iv)(UV resistance, strength retained after 500 h exposure of PP Geogrids)	-	0	-
Clause No. 5.2, Table No. 2 (v)(Chemical resistance, strength retained after 72 h immersion of PP Geogrids)	-	0	-
Clause No. 5.2, Table No. 2 (vi)(Junction strength, percent strength of original strength)	-	0	-
Clause No. 5.2, table No. 2 (vii)(Width of PP Geogrids)	-	0	-
Clause No. 5.2, Table No. 2 (viii)(Roll length of PP Geogrids)	-	0	-
4.1(MATERIALS - Geogrid materials shall be inert to all chemicals naturally found in commonly encountered soils not containing adverse solvents and at ambient temperatures)	-	0	-
4.2(MATERIALS - Geogrids shall be rendered resistant to UV. Rigid geogrids shall have minimum 2 percent (mass/mass) of carbon black content)	-	0	-
4.3(MATERIALS - The geogrid shall be resistant to commonly encountered chemicals and microorganisms (rot and mildew) normally found in soils and shall be stabilized against short term exposure to solar radiation)	-	0	-
4.4(MATERIALS - PET geogrids, it shall have average molecular weight more than or equal to 25,000 g/mol)	-	0	-
4.5(MATERIALS - Identification of Geogrid)	-	0	-
5.1(REQUIREMENTS FOR GEOGRIDS -Geogrids shall be dimensionally stable and able to retain their geometry under manufacture, transport, and installation)	-	0	-
5.2- Table 1- i)(REQUIREMENTS FOR PET GEOGRIDS - Ultimate tensile strength, (MD × CD) kN/m)	-	0	-
5.2- Table 1- ii)(REQUIREMENTS FOR PET GEOGRIDS - Tensile strength at 2 percent strain, (MD × CD) kN/m,)	-	0	-
5.2- Table 1- iii)(REQUIREMENTS FOR PET GEOGRIDS - Tensile strength at 5 percent strain, (MD × CD) kN/m,)	-	0	-
5.2- Table 1- iv)(REQUIREMENTS FOR PET GEOGRIDS - UV resistance, strength retained after 500 h exposure)	-	0	-
5.2- Table 1- v)(REQUIREMENTS FOR GEOGRIDS - Chemical resistance, strength retained after 72 h immersion)	-	0	-
5.2- Table 1- vi)(REQUIREMENTS FOR PET GEOGRIDS - Width)	-	0	-
5.2- Table 1- vii)(REQUIREMENTS FOR PET GEOGRIDS - Roll length)	-	0	-
5.2- Table 2- i)(REQUIREMENTS FOR PP GEOGRIDS - Ultimate tensile strength, (MD × CD) kN/m)	-	0	-
5.2- Table 2- ii)(REQUIREMENTS FOR PP GEOGRIDS - Tensile strength at 2 percent strain, (MD × CD) kN/m)	-	0	-
5.2- Table 2- iii)(REQUIREMENTS FOR PP GEOGRIDS - Tensile strength at 5 percent strain, (MD × CD) kN/m,)	-	0	-
5.2- Table 2- iv)(REQUIREMENTS FOR PP GEOGRIDS - UV resistance, strength retained after 500 h exposure)	-	0	-
5.2- Table 2- v)(REQUIREMENTS FOR PP GEOGRIDS - Chemical resistance, strength retained after 72 h immersion)	-	0	-
5.2- Table 2- vi)(REQUIREMENTS FOR PP GEOGRIDS - Junction strength, percent strength of original strength)	-	0	-
5.2- Table 2- vii)(REQUIREMENTS FOR PP GEOGRIDS - Width)	-	0	-
5.2- Table 2- vIii)(REQUIREMENTS FOR PET GEOGRIDS - Roll length)	-	0	-
6(MARKING AND LABELLING)	-	0	-
7(PACKING - minimum thickness of packing film)	-	0	-
8.1(IDENTIFICATION, DELIVERY, STORAGE AND HANDLING)	-	0	-

-
Included w.e.f 02.06.2025

139

IS 210 (2009)

Grey iron castings - Specification (First Revision)

CAST IRON PRODUCT-Grey iron castings

7500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
6(Chemical Composition(chemical composition shall be as agreed to between the purchaser and the manufacturer.))	-	2000	-
7.1(WORKMANSHIP AND FINISH)	-	150	-
10.1(FREEDOM FROM DEFECTS)	-	200	Complete test price for cl.10 is 200/-.
10.2(FREEDOM FROM DEFECTS)	-	0	Complete test price for cl.10 is 200/-.
13(SIZE OF TEST BARS-Diameter)	-	150	-
13(SIZE OF TEST BARS-Length)	-	0	Complete Test price for cl.13 is 200/-.
15, Table 3(TENSIL.E TEST- IS 1608 Part1 )	-	1000	-
16, Table 3(Hardness Test)	-	1000	-
17,Annex B(TRANSVERSE TEST)	-	1000	-
18(HYDROSTATIC TEST)	-	1000	-
6(Chemical Composition(chemical composition shall be as agreed to between the purchaser and the manufacturer.))	-	0	Test price for cl.6 is 1500/-.
7.1(WORKMANSHIP AND FINISH)	-	0	Complete test price for cl. 7 is 200
10.1(FREEDOM FROM DEFECTS)	-	0	Complete test price for cl.10 is 200/-.
10.2(FREEDOM FROM DEFECTS)	-	0	Complete test price for cl.10 is 200/-.
13(SIZE OF TEST BARS-Diameter)	-	0	Complete test price for cl.13 is 200/-.
13(SIZE OF TEST BARS-Length)	-	0	Complete test price for cl.13 is 200/-.
15, Table 3(TENSIL.E TEST- IS 1608 Part1 )	-	0	Tensile test for cl.14 is 500/-.
16, Table 3(Hardness Test)	-	0	Hardness test for cl.16 is 500/-.
17,Annex B(TRANSVERSE TEST)	-	0	Transverse test for cl.17 is 500/-.
18(HYDROSTATIC TEST)	-	0	hydrostatic test for cl.18 is 500/-.
9(IS 7754)	-	0	Complete is price for cl.9 is 500/-.
9(IS 7754)	-	0	Complete is price for cl.9 is 500/-.
9(Microstructure)	-	0	Complete is price for cl.9 is 500/-.
21(Marking)	-	50	-
9(Microstructure)	-	0	Complete is price for cl.9 is 500/-.
7.2(Casting dimensions)	-	550	-
Cl-6(Phosprorus (P) - IS 12308 ( P-5))	-	400	-
6(Chemical Composition(chemical composition shall be as agreed to between the purchaser and the manufacturer.))	-	0	-
7.1(WORKMANSHIP AND FINISH)	-	0	-
10.1(FREEDOM FROM DEFECTS)	-	0	-
10.2(FREEDOM FROM DEFECTS)	-	0	-
13(SIZE OF TEST BARS-Diameter)	-	0	-
13(SIZE OF TEST BARS-Length)	-	0	-
15, Table 3(TENSIL.E TEST- IS 1608 Part1 )	-	0	-
16, Table 3(Hardness Test)	-	0	-
17,Annex B(TRANSVERSE TEST)	-	0	-
18(HYDROSTATIC TEST)	-	0	-
6(Chemical Composition(chemical composition shall be as agreed to between the purchaser and the manufacturer.))	-	0	-
7.1(WORKMANSHIP AND FINISH)	-	0	-
10.1(FREEDOM FROM DEFECTS)	-	0	-
10.2(FREEDOM FROM DEFECTS)	-	0	-
13(SIZE OF TEST BARS-Diameter)	-	0	-
13(SIZE OF TEST BARS-Length)	-	0	-
15, Table 3(TENSIL.E TEST- IS 1608 Part1 )	-	0	-
16, Table 3(Hardness Test)	-	0	-
17,Annex B(TRANSVERSE TEST)	-	0	-
18(HYDROSTATIC TEST)	-	0	-
9(IS 7754)	-	0	-
9(IS 7754)	-	0	-
9(Microstructure)	-	0	-
21(Marking)	-	0	-
9(Microstructure)	-	0	-
7.2(Casting dimensions)	-	0	-
Cl-6(Phosprorus (P) - IS 12308 ( P-5))	-	0	-

-
Included w.e.f 16.07.2025

140

IS 517 (2020)

Specification for Methanol ( Methyl Alcohol ) ( Third Revision )

INDUSTRIAL CHEMICAL- Methyl Alcohol

10400 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Table-1(Relative Density)	-	500	-
Table-1(Distillation range)	-	2000	-
Table-1(Residue on evaporation)	-	700	-
Table-1(Alkalinity)	-	700	-
Table-1(Acidity)	-	500	-
Table-1(Aldehydes and Ketones)	-	500	-
Table-1(Sulphur and compounds of Sulphur)	-	500	-
Table-1(Chlorines and Chlorine compound)	-	500	-
Table-1(Water compound)	-	1500	-
Table-1(Purity)	-	3000	-
Cl-4.4, Table-2 (i)(Acidity as acetic acid, percent by mass, Ma)	-	500	-
Cl-4.4, Table-2 (ii)(Aldehydes and ketones as acetone (CH3COCH3), percent by mass, Max)	-	500	-
Cl-4.4, Table-2 (iii)(Residue on evaporation, percent by mass, Max)	-	500	-
Cl-4.1(Description)	-	100	-
Cl-4.2(Miscibility with Water)	-	500	-
4.4 and 7.1 Table 2, i(Acidity as acetic acid)	-	500	-
4.4 and 7.1 Table 2, ii(Aldehydes and ketones as acetone (CH3COCH3))	-	500	-
4.4 and 7.1 Table 2, ii(Aldehydes and ketones as acetone (CH3COCH3))	-	500	-
4.4 and 7.1 Table 2, iii(Residue on evaporation)	-	500	-
Cl-4.4, Table-2 (i)(Acidity as acetic acid, percent by mass, Ma)	-	0	-
Cl-4.4, Table-2 (ii)(Aldehydes and ketones as acetone (CH3COCH3), percent by mass, Max)	-	0	-
Cl-4.4, Table-2 (iii)(Residue on evaporation, percent by mass, Max)	-	0	-
Cl-4.1(Description)	-	0	-
Cl-4.2(Miscibility with Water)	-	0	-
4.4 and 7.1 Table 2, i(Acidity as acetic acid)	-	0	-
4.4 and 7.1 Table 2, ii(Aldehydes and ketones as acetone (CH3COCH3))	-	0	-
4.4 and 7.1 Table 2, ii(Aldehydes and ketones as acetone (CH3COCH3))	-	0	-
4.4 and 7.1 Table 2, iii(Residue on evaporation)	-	0	-
Cl-4.4, Table-2 (i)(Acidity as acetic acid, percent by mass, Ma)	-	0	-
Cl-4.4, Table-2 (ii)(Aldehydes and ketones as acetone (CH3COCH3), percent by mass, Max)	-	0	-
Cl-4.4, Table-2 (iii)(Residue on evaporation, percent by mass, Max)	-	0	-
Cl-4.1(Description)	-	0	-
Cl-4.2(Miscibility with Water)	-	0	-
4.4 and 7.1 Table 2, i(Acidity as acetic acid)	-	0	-
4.4 and 7.1 Table 2, ii(Aldehydes and ketones as acetone (CH3COCH3))	-	0	-
4.4 and 7.1 Table 2, ii(Aldehydes and ketones as acetone (CH3COCH3))	-	0	-
4.4 and 7.1 Table 2, iii(Residue on evaporation)	-	0	-
Cl-4.4, Table-2 (i)(Acidity as acetic acid, percent by mass, Ma)	-	0	-
Cl-4.4, Table-2 (ii)(Aldehydes and ketones as acetone (CH3COCH3), percent by mass, Max)	-	0	-
Cl-4.4, Table-2 (iii)(Residue on evaporation, percent by mass, Max)	-	0	-
Cl-4.1(Description)	-	0	-
Cl-4.2(Miscibility with Water)	-	0	-
4.4 and 7.1 Table 2, i(Acidity as acetic acid)	-	0	-
4.4 and 7.1 Table 2, ii(Aldehydes and ketones as acetone (CH3COCH3))	-	0	-
4.4 and 7.1 Table 2, ii(Aldehydes and ketones as acetone (CH3COCH3))	-	0	-
4.4 and 7.1 Table 2, iii(Residue on evaporation)	-	0	-

-
Included w.e.f 11.07.2025

141

IS 2833 (2019)

Aniline, technical - Specification (Second Revision)

Industrial Chemical-Aniline

11200 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl.2.1(Description)	-	500	-
Cl.2.2.1(Relative Density at 27/27 0C)	-	1000	-
Cl.2.2.2(Crystallizing Point)	-	1000	-
Cl.2.2.3(Distillation Range)	-	2000	-
Cl.2.2.4(Assay, percent by Nitrite value)	-	3500	-
Cl.2.2.4(Assay, percent by GC)	-	0	Testing charges already mentioned above (at Assay, percent by Nitrite value) i.e. Rs 3500/-
Cl.2.2.5(Nitrobenzene content by GC, ppm)	-	2500	-
Cl.2.2.6(Moisture content, percent by mass)	-	700	-
Cl.2.1(Description)	-	0	Repeated Clause
Cl.2.2.1(Relative Density at 27/27 0C)	-	0	Repeated Clause
Cl.2.2.2(Crystallizing Point)	-	0	Repeated Clause
Cl.2.2.3(Distillation Range)	-	0	Repeated Clause
Cl.2.2.4(Assay, percent by Nitrite value)	-	0	Repeated Clause
Cl.2.2.4(Assay, percent by GC)	-	0	Repeated Clause
Cl.2.2.5(Nitrobenzene content by GC, ppm)	-	0	Repeated Clause
Cl.2.2.6(Moisture content, percent by mass)	-	0	Repeated Clause
Cl.2.1(Description)	-	0	-
Cl.2.2.1(Relative Density at 27/27 0C)	-	0	-
Cl.2.2.2(Crystallizing Point)	-	0	-
Cl.2.2.3(Distillation Range)	-	0	-
Cl.2.2.4(Assay, percent by Nitrite value)	-	0	-
Cl.2.2.4(Assay, percent by GC)	-	0	-
Cl.2.2.5(Nitrobenzene content by GC, ppm)	-	0	-
Cl.2.2.6(Moisture content, percent by mass)	-	0	-
Cl.2.1(Description)	-	0	-
Cl.2.2.1(Relative Density at 27/27 0C)	-	0	-
Cl.2.2.2(Crystallizing Point)	-	0	-
Cl.2.2.3(Distillation Range)	-	0	-
Cl.2.2.4(Assay, percent by Nitrite value)	-	0	-
Cl.2.2.4(Assay, percent by GC)	-	0	-
Cl.2.2.5(Nitrobenzene content by GC, ppm)	-	0	-
Cl.2.2.6(Moisture content, percent by mass)	-	0	-
Cl.2.1(Description)	-	0	-
Cl.2.2.1(Relative Density at 27/27 0C)	-	0	-
Cl.2.2.2(Crystallizing Point)	-	0	-
Cl.2.2.3(Distillation Range)	-	0	-
Cl.2.2.4(Assay, percent by Nitrite value)	-	0	-
Cl.2.2.4(Assay, percent by GC)	-	0	-
Cl.2.2.5(Nitrobenzene content by GC, ppm)	-	0	-
Cl.2.2.6(Moisture content, percent by mass)	-	0	-
Cl.2.1(Description)	-	0	-
Cl.2.2.1(Relative Density at 27/27 0C)	-	0	-
Cl.2.2.2(Crystallizing Point)	-	0	-
Cl.2.2.3(Distillation Range)	-	0	-
Cl.2.2.4(Assay, percent by Nitrite value)	-	0	-
Cl.2.2.4(Assay, percent by GC)	-	0	-
Cl.2.2.5(Nitrobenzene content by GC, ppm)	-	0	-
Cl.2.2.6(Moisture content, percent by mass)	-	0	-

-
Included w.e.f 11.07.2025

142

IS 695 (2020)

Acetic Acid — Specification ( Fourth Revision )

Industrial Chemical-Acitic Acid

13500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.3 - Table 1 - Sl No - xiv(Water content - IS 2362)	-	800	-
4.3 - Table 1 - Sl No - xiii( Oxidizable impurities - Annex A 11)	-	900	-
4.3 - Table 1 - Sl No - xii(Acetaldehyde (CH3CHO) - Annex A 10)	-	900	-
4.3 - Table 1 - Sl No - xi(Formic acid (HCOOH)- Annex A 9)	-	1000	-
4.3 - Table 1 - Sl No - x(Heavy metals [(including iron) calculated as Pb] - Annex A 8)	-	800	-
4.3 - Table 1 - Sl No - ix(Sulphate (as SO4) - Annex A 7)	-	800	-
4.3 - Table 1 - Sl No - viii(Iron (as Fe) - Annex A 6)	-	800	-
4.3 - Table 1 - Sl No - vii(Chloride (as Cl) - Annex A 5)	-	800	-
4.3 - Table 1 - Sl No - vi(Residue on evaporation - Annex A 4)	-	1000	-
4.3 - Table 1 - Sl No - v(Crystallizing point - Annex A 3)	-	1000	-
4.3 - Table 1 - Sl No - iv(Acetic acid content (CH3COOH) - Annex A2)	-	1000	-
4.3 - Table 1 - Sl No - iii(Colour - IS 8768)	-	600	-
4.3 - Table 1 - Sl No - ii(Relative density at 27/27 ℃ - Cl 6 of IS 82)	-	1000	-
4.3 - Table 1 - Sl No - i(Solubility in water - Annex A 1)	-	600	-
4.2.2(Description)	-	500	-
4.1(Description)	-	0	Test price for clause 4.1 is 500/-.

-
Included w.e.f 28.05.2025

143

IS 12084 (2018)

Morpholine - Specification (First Revision)

INDUSTRIAL CHEMICAL

10300 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.3 - Table 1 - Sl No - vi(Chloride ( as Cl ) I IS 3025 (Part 32)	-	1000	-
4.3 - Table 1 - Sl No - x(Silica ( as SiO2 ) - IS 3025 (Part 35))	-	1000	-
4.3 - Table 1 - Sl No - ix(Nickel ( as Ni ) - IS 3025 (Part 54))	-	1000	-
4.3 - Table 1 - Sl No - viii(Copper ( as Cu ) - IS 3025 (Part 42))	-	1000	-
4.3 - Table 1 - Sl No - vii(Iron ( as Fe ) - IS 3025 (Part 53))	-	1000	-
4.3 - Table 1 - Sl No - vi(Ash content - Annex E)	-	500	-
4.3 - Table 1 - Sl No - v(Residue, on evaporation - Annex D)	-	500	-
4.3 - Table 1 - Sl No - iv(Boiling range for for 90 percent recovery - IS 5298)	-	500	-
4.3 - Table 1 - Sl No - iii(Colour (Pt-Co-Scale ) - IS 3025(Part 4))	-	500	-
4.3 - Table 1 - Sl No - ii(Relative density, 20/20 oC - Annex C)	-	500	-
4.3 - Table 1 - Sl No - i(Purity (as Morpholine) - Annex B)	-	500	-
4.2(IS 11255 (Part 6))	-	500	-
4.1(Description)	-	300	-
4.1(Requirement)	-	200	-
4.2(The material shall not contain any free ammonia, IS 11255 part-6)	-	0	Test price for clause 4.2 is 500/-
5.1(Packing)	-	150	-
5.2(Marking)	-	150	-
4.3 & 7.1 - Table -1, Sl no. 1(Purity (as Morpholine), percent by mass, Annex B)	-	0	Test price for clause 4.3 table 1-i is 500/-.
4.3 & 7.1 - Table -1, Sl no. 2(Relative density, 20/20oC, Annex C)	-	0	Test price for clause 4.3 table 1-ii is 500/-.
4.3 & 7.1 - Table -1, Sl no. 3(Colour (Pt-Co-Scale ), IS 3025 part-4)	-	0	Test price for clause 4.3 table 1-iii is 500/-.
4.3 & 7.1 - Table -1, Sl no. 4(Boiling range, IS 5298)	-	0	Test price for clause 4.3 table 1-v is 500/-.
4.3 & 7.1 - Table -1, Sl no. 5(Residue, on evaporation, mg/l, Annex D)	-	0	Test price for clause 4.3 table 1-v is 500/-.
4.3 & 7.1 - Table -1, Sl no. 6(Ash content, g/100 ml, Annex E)	-	0	Test price for clause 4.3 table 1-vi is 500/-.
4.3 & 7.1 - Table -1, Sl no. 7(Iron ( as Fe ), ppm, IS 3025 part 53)	-	0	Test price for clause 4.3 table 1-vii is 1000/-.
4.3 & 7.1 - Table -1, Sl no. 8(Copper ( as Cu ), ppm, IS 3025 (Part 42))	-	0	Test price for clause 4.3 table 1-viii is 1000/-.
4.3 & 7.1 - Table -1, Sl no. 9(Nickel ( as Ni ), ppm, IS 3025 (Part 54))	-	0	Test price for clause 4.3 table 1-ix is 1000/-.
4.3 & 7.1 - Table -1, Sl no. 10(Silica ( as SiO2 ), ppm, IS 3025 (Part 35))	-	0	Test price for clause 4.3 table 1-x is 1000/-.
4.3 & 7.1 - Table -1, Sl no. 11(Chloride ( as Cl), ppm, IS 3025 (Part 32))	-	0	Test price for clause 4.3 table 1-vi is 1000/-.
4.1(Requirement)	-	0	-
4.2(The material shall not contain any free ammonia, IS 11255 part-6)	-	0	-
5.1(Packing)	-	0	-
5.2(Marking)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 1(Purity (as Morpholine), percent by mass, Annex B)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 2(Relative density, 20/20oC, Annex C)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 3(Colour (Pt-Co-Scale ), IS 3025 part-4)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 4(Boiling range, IS 5298)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 5(Residue, on evaporation, mg/l, Annex D)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 6(Ash content, g/100 ml, Annex E)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 7(Iron ( as Fe ), ppm, IS 3025 part 53)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 8(Copper ( as Cu ), ppm, IS 3025 (Part 42))	-	0	-
4.3 & 7.1 - Table -1, Sl no. 9(Nickel ( as Ni ), ppm, IS 3025 (Part 54))	-	0	-
4.3 & 7.1 - Table -1, Sl no. 10(Silica ( as SiO2 ), ppm, IS 3025 (Part 35))	-	0	-
4.3 & 7.1 - Table -1, Sl no. 11(Chloride ( as Cl), ppm, IS 3025 (Part 32))	-	0	-
4.1(Requirement)	-	0	-
4.2(The material shall not contain any free ammonia, IS 11255 part-6)	-	0	-
5.1(Packing)	-	0	-
5.2(Marking)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 1(Purity (as Morpholine), percent by mass, Annex B)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 2(Relative density, 20/20oC, Annex C)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 3(Colour (Pt-Co-Scale ), IS 3025 part-4)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 4(Boiling range, IS 5298)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 5(Residue, on evaporation, mg/l, Annex D)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 6(Ash content, g/100 ml, Annex E)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 7(Iron ( as Fe ), ppm, IS 3025 part 53)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 8(Copper ( as Cu ), ppm, IS 3025 (Part 42))	-	0	-
4.3 & 7.1 - Table -1, Sl no. 9(Nickel ( as Ni ), ppm, IS 3025 (Part 54))	-	0	-
4.3 & 7.1 - Table -1, Sl no. 10(Silica ( as SiO2 ), ppm, IS 3025 (Part 35))	-	0	-
4.3 & 7.1 - Table -1, Sl no. 11(Chloride ( as Cl), ppm, IS 3025 (Part 32))	-	0	-
4.1(Requirement)	-	0	-
4.2(The material shall not contain any free ammonia, IS 11255 part-6)	-	0	-
5.1(Packing)	-	0	-
5.2(Marking)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 1(Purity (as Morpholine), percent by mass, Annex B)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 2(Relative density, 20/20oC, Annex C)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 3(Colour (Pt-Co-Scale ), IS 3025 part-4)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 4(Boiling range, IS 5298)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 5(Residue, on evaporation, mg/l, Annex D)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 6(Ash content, g/100 ml, Annex E)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 7(Iron ( as Fe ), ppm, IS 3025 part 53)	-	0	-
4.3 & 7.1 - Table -1, Sl no. 8(Copper ( as Cu ), ppm, IS 3025 (Part 42))	-	0	-
4.3 & 7.1 - Table -1, Sl no. 9(Nickel ( as Ni ), ppm, IS 3025 (Part 54))	-	0	-
4.3 & 7.1 - Table -1, Sl no. 10(Silica ( as SiO2 ), ppm, IS 3025 (Part 35))	-	0	-
4.3 & 7.1 - Table -1, Sl no. 11(Chloride ( as Cl), ppm, IS 3025 (Part 32))	-	0	-

-
Included w.e.f 04.07.2025

144

IS 1660 (2024)

Wrought and Cast Aluminium Utensils Specification ( Second Revision )

UTENSILS-WROUGHT AND CAST ALUMINUM UTENSILS

29500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl-3.1.1, 3.1.2(Minimum Thickness of Sheet)	-	29500	-
Cl-3.1.3, Table-2(Minimum Thickness at the Bottom)	-	29500	-
Cl-3.1.3, Table-2(Minimium Thickness of Wall at the Top Edge)	-	29500	-
Cl-3.1.3, Table-2(Minimum Cover Thickness)	-	29500	-
Cl-4.1(Main body of utensil)	-	29500	-
Cl-4.1(Cast cookware)	-	29500	-
Cl-4.1(Other aluminum components and parts)	-	29500	-
Cl-4.1.1(Lids (material))	-	29500	-
Cl-4.1.1(Minimum thickness of lid)	-	29500	-
Cl-4.1.2(Minimum thickness of glass)	-	29500	-
Cl-4.1.2(Material of rim)	-	29500	-
Cl-4.1.2(Minimum thickness of rim)	-	29500	-
Cl-4.2(Material of strips)	-	29500	-
Cl-4.2(Stainless steel handles, rivets and fittings)	-	29500	-
Cl-4.3(Clips of lunch box)	-	29500	-
Cl-4.3(Clips of lunch box)	-	29500	-
Cl-4.3(Rivets used in lunch box)	-	29500	-
Cl-4.4(Screws, studs/nuts, and locking loop)	-	29500	-
Cl-4.5(Rivets for fixing of handles)	-	29500	-
Cl-4.5(Material of cap)	-	29500	-
Cl-4.6(Strips used for flame guards)	-	29500	-
Cl-4.6(stainless steel)	-	29500	-
Cl-5(Fabrication)	-	29500	-
Cl-6(Shape and Dimensions)	-	29500	-
Cl-7.1(Handles, when fitted)	-	29500	-
Cl-7.2(Handles)	-	29500	-
Cl-7.3 (Cl- 4.1 of IS 13395)(Construction)	-	29500	-
Cl-7.3 (Cl- 4.2 of IS 13395)(Materials)	-	29500	-
Cl-7.3 (Cl- 4.3 of IS 13395)(Selection and Size)	-	29500	-
Cl-7.3 (Cl- 4.4 of IS 13395)(Position of Handle and Knob with Respect to Cookware)	-	29500	-
Cl-7.3 (Cl- 4.5 of IS 13395)(Attachment to Cookware)	-	29500	-
Cl-7.3 (Cl- 5.2 of IS 13395)(Bending Strength)	-	29500	-
Cl-7.3 (Cl- 5.3 of IS 13395)(Torque Strength)	-	29500	-
Cl-7.3 (Cl- 5.4 of IS 13395)(Impact Strength)	-	29500	-
Cl-7.3 (Cl- 5.5 of IS 13395)(Fatigue Resistance)	-	29500	-
Cl-7.3 (Cl- 5.6 of IS 13395)(Leakage)	-	29500	-
Cl-7.3 (Cl- 5.7 of IS 13395)(Thermal Insulation)	-	29500	-
Wrought and Cast Aluminium Utensils — Specification(Heat Resistance)	-	29500	-
Cl-7.3 (Cl- 5.10 of IS 13395)(Burning Resistance)	-	29500	-
Cl-8(Workmanship and Finish)	-	29500	-
Cl-8.3(Utensils, if anodized, fully or partially)	-	29500	-
Cl-8.3(Minimum nominal thickness)	-	29500	-
Cl-8.3(Thickness of hard anodized)	-	29500	-
Cl-8.3(Finish and appearance of hard anodized)	-	29500	-
Cl-8.3(Abrasion resistance of hard anodized)	-	29500	-
Cl-8.3(Colour of hard anodized)	-	29500	-
Cl-8.3(Hardness of hard anodized)	-	29500	-
Wrought and Cast Aluminium Utensils — Specification(Lid of the cookware)	-	29500	-
Cl-8.5(Non-stick unreinforced PTFE)	-	29500	-
Cl-8.6(Ceramic coating)	-	29500	-
Cl-8.7(The thickness test, adhesion test)	-	29500	-
Cl-8.7(Minimum thickness of coating)	-	29500	-
Cl-8.7.1(Dry heat the cookware)	-	29500	-
Cl-8.8(Requirements of PTFE)	-	29500	-
Cl-8.9(Material for induction plate)	-	29500	-
Cl-8.9(Test for Induction compatible base)	-	29500	-
Cl-8.10.1(Tests for Lunch Boxes- Performance Test)	-	29500	-
Cl-8.10.1(Tests for Lunch Boxes- Performance Test)	-	29500	-
Cl-8.10.2(Tests for Lunch Boxes- Ground Nut Oil Test for Leakage)	-	29500	-
Cl-8.11.1(Test(s) on Tempered Glass Lid- Fragmentation Test)	-	29500	-
Cl-8.11.2(Test(s) on Tempered Glass Lid-Ball Drop Test)	-	29500	-
Cl-8.11.3(Test(s) on Tempered Glass Lid- Thermal Shock Test)	-	29500	-
Cl-8.11.4(Test(s) on Tempered Glass Lid- Free Fall Test)	-	29500	-
Cl-9.1(Normal Capacity)	-	29500	-
Cl-9.2(Normal Capacity of internal diameter)	-	29500	-
Cl-7.3 (Cl- 5.9 of IS 13395)(Washing Resistance (Type Test))	-	29500	-

-
Included w.e.f.23.07.2025

145

IS 13983 (1994)

Stainless Steel Sinks For Domestic Purposes

UTENSILS-STAINLESS STEEL SINKS FOR DOMESTIC PURPOSES

16500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
9(Marking)	-	300	-
4(Type)	-	500	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-04-Cr-19-Ni-19 (Numeric Symbol 304)(Carbon Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-04-Cr-19-Ni-19 (Numeric Symbol 304)(Silicon Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-04-Cr-19-Ni-19 (Numeric Symbol 304)(Manganese Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-04-Cr-19-Ni-19 (Numeric Symbol 304)(Nickel Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-04-Cr-19-Ni-19 (Numeric Symbol 304)(Chromium Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-04-Cr-19-Ni-19 (Numeric Symbol 304)(Sulphur Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-04-Cr-19-Ni-19 (Numeric Symbol 304)(Phouphorous Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-04-Cr-19-Ni-19 (Numeric Symbol 304)(Nitrogen Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-07-Cr-18-Ni-9 (Numeric Symbol 302)(Carbon Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-07-Cr-18-Ni-9 (Numeric Symbol 302)(Silicon Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-07-Cr-18-Ni-9 (Numeric Symbol 302)(Manganese Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-07-Cr-18-Ni-9 (Numeric Symbol 302)(Nickel Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-07-Cr-18-Ni-9 (Numeric Symbol 302)(Chromium Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-07-Cr-18-Ni-9 (Numeric Symbol 302)(Sulphur Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-07-Cr-18-Ni-9 (Numeric Symbol 302)(Phouphorous Content)	-	600	-
Cl. 5 , As per IS 5522-2014, Cl. 7.2 , Table 1 & 2 Grade Desig X-07-Cr-18-Ni-9 (Numeric Symbol 302)(Nitrogen Content)	-	600	-
6(Thickness of sheet/strip)	-	200	-
6(Depth of bowl)	-	300	-
6(Internal dimensions of the bowl)	-	300	-
6(Bowl locating limits)	-	200	-
6(Co-ordinating sizes)	-	300	-
7.1(Consruction and workmanship)	-	200	-
7.1.1(Consruction and workmanship)	-	300	-
7.2(Consruction and workmanship)	-	200	-
7.2.1(Consruction and workmanship)	-	300	-
7.3(Drainers)	-	200	-
7.4(Waste outlet)	-	200	-
7.5(Tap holes)	-	300	-
7.6(Overflows)	-	200	-
8(Finish)	-	300	-
5(MATERIALS)	-	9600	COMBINED PRICE FOR CLAUSE 5.
6.1.1(Thickness of Sheet/Strip)	-	200	-
6.1.2(Thickness of Sheet/Strip)	-	200	-
6.2(Depth of Bowls)	-	200	-
6.3(Internal Dimensions of Bowls)	-	200	-
6.4.1(Bowl Locating Limits)	-	200	-
6.5(Coordinating Sizes)	-	200	-
7.1(CONSTRUCTION AND WORKMANSHIP)	-	200	-
7.1.1(CONSTRUCTION AND WORKMANSHIP)	-	200	-
7.2.1(CONSTRUCTION AND WORKMANSHIP)	-	200	-
7.3(CONSTRUCTION AND WORKMANSHIP)	-	200	-
7.4(Waste Outlet)	-	200	-
7.5(Tap Holes)	-	200	-
7.6(OVERFLOW)	-	200	-
Clause no. 4(types)	-	500	-
Caluse no. 5("Material -Austenitic stainless steel of Grade Designation")	-	600	-
Clause no. 6.1(Thickness of sheet)	-	200	-
Clause no. 6.2(Depth of Bowls)	-	200	-
Clause no. 6.3(Internal dimensions of bowls)	-	200	-
Clause no. 6.4(Bowl Locating Limits)	-	200	-
Clause no. 6.5, Table No. 1(Dimension of the sink)	-	200	-
Clause no. 7(Construction and workmanship)	-	200	-
Clause no. 8(Finish)	-	200	-
Clause no. 9(Mark)	-	200	-

-
Included w.e.f.23.07.2025

146

IS 14407 (2023)

Aluminium cans for beverages -- Specification (first revision)

UTENSILS-Aluminium Cans for Beverages

31500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4(Capacity)	-	31500	-
5(Material)	-	31500	-
5.1-1A&B-1(Copper)	-	31500	-
5.1-1A&B-2(Magnesium)	-	31500	-
5.1-1A&B-3(Silicon)	-	31500	-
5.1-1A&B-4(Iron)	-	31500	-
5.1-1A&B-5(Manganese)	-	31500	-
5.1-1A&B-6(Zinc)	-	31500	-
5.1-1A&B-7(Titanium)	-	31500	-
5.1-1A&B-8(Chromium)	-	31500	-
5.1-1A&B-9(Gallium)	-	31500	-
5.1-1A&B-10(Vanadium)	-	31500	-
5.1-1A&B-11(Other total)	-	31500	-
5.1-1A&B-12(Aluminium)	-	31500	-
5.2 -6 Annex B-2.2(Determination of HX8 Minimum Tensile Strength)	-	31500	-
5.3-2A&B(Temper)	-	31500	-
5.3-2A&B(Specified Thickness)	-	31500	-
5.3-2A&B(Tensile Strength)	-	31500	-
5.3-2A&B(Elongation)	-	31500	-
5.3-2A&B(Bend Test)	-	31500	-
6.1.1(Manufacture - Can Body)	-	31500	-
6.1.2(Manufacture - Can Ends)	-	31500	-
6.2(Internal Finish)	-	31500	-
6.3(External Coating)	-	31500	-
6.3.1(Bottom Rim Coating)	-	31500	-
6.3.2(Pasteurisation and Retort Coating)	-	31500	-
6.4(Shape and Dimensions)	-	31500	-
6.4.1 - 3(Shape and Dimensions)	-	31500	-
6.4.1 - 3(Nominal Capacity)	-	31500	-
6.4.1 - 3(Can Type)	-	31500	-
6.4.1 - 3(Finished Can Height)	-	31500	-
6.4.1 - 3(Inside Neck/Plug Diameter)	-	31500	-
6.4.1 - 3(Outside Can Diameter)	-	31500	-
6.4.1 - 3(Free Board)	-	31500	-
6.4.1 - 3(Neck Seaming Clearance)	-	31500	-
6.4.1 - 3(Brimful Capacity)	-	31500	-
6.4.2-4(Can End Size)	-	31500	-
6.4.2-4(Outside Curl Diameter)	-	31500	-
6.4.2-4(Punch Plug Diameter)	-	31500	-
6.4.2-4(Curl Height)	-	31500	-
6.4.2-4(Inside Curl Diameter)	-	31500	-
6.4.2-4(Countersink Depth)	-	31500	-
6.4.2-4(Panel Height)	-	31500	-
7.1.1(Top Load /Axial Load /Column Strength)	-	31500	-
7.1.2(Enamel Rater Criteria)	-	31500	-
7.1.3(Buckle Strength/Dome Reversal)	-	31500	-
7.1.4(Air Pressure Test)	-	31500	-
7.1.5(Slip Angle Test/Wall Mobility Test)	-	31500	-
7.2(Testing of Ends)	-	31500	-
7.3.1(Overall Migration Limit)	-	31500	-
7.3.2(Specific Migration Limit)	-	31500	-
7.3.2 - 5 - 1(Barium)	-	31500	-
7.3.2 - 5 - 2(Cobalt)	-	31500	-
7.3.2 - 5 - 3(Copper)	-	31500	-
7.3.2 - 5 - 4(Iron)	-	31500	-
7.3.2 - 5 - 5(Lithium)	-	31500	-
7.3.2 - 5 - 6(Manganese)	-	31500	-
7.3.2 - 5 - 7(Zinc)	-	31500	-
7.3.2 - 5 - 8(Antimony)	-	31500	-
7.3.2 - 5 - 9("Phthalic acid, bis (2-ethylhexyl)ester (DEHP)")	-	31500	-
9(Marking)	-	31500	-
7.2(Capacity)	-	31500	-
7.3(Impact Resistance test)	-	31500	-
6.4.2-4(Can End Type)	-	31500	-
5.3-2A&B(0.2 % Proof Stress)	-	31500	-
4(Capacity)	-	0	-
5(Material)	-	0	-
5.1-1A&B-1(Copper)	-	0	-
5.1-1A&B-2(Magnesium)	-	0	-
5.1-1A&B-3(Silicon)	-	0	-
5.1-1A&B-4(Iron)	-	0	-
5.1-1A&B-5(Manganese)	-	0	-
5.1-1A&B-6(Zinc)	-	0	-
5.1-1A&B-7(Titanium)	-	0	-
5.1-1A&B-8(Chromium)	-	0	-
5.1-1A&B-9(Gallium)	-	0	-
5.1-1A&B-10(Vanadium)	-	0	-
5.1-1A&B-11(Other total)	-	0	-
5.1-1A&B-12(Aluminium)	-	0	-
5.2 -6 Annex B-2.2(Determination of HX8 Minimum Tensile Strength)	-	0	-
5.3-2A&B(Temper)	-	0	-
5.3-2A&B(Specified Thickness)	-	0	-
5.3-2A&B(Tensile Strength)	-	0	-
5.3-2A&B(Elongation)	-	0	-
5.3-2A&B(Bend Test)	-	0	-
6.1.1(Manufacture - Can Body)	-	0	-
6.1.2(Manufacture - Can Ends)	-	0	-
6.2(Internal Finish)	-	0	-
6.3(External Coating)	-	0	-
6.3.1(Bottom Rim Coating)	-	0	-
6.3.2(Pasteurisation and Retort Coating)	-	0	-
6.4(Shape and Dimensions)	-	0	-
6.4.1 - 3(Shape and Dimensions)	-	0	-
6.4.1 - 3(Nominal Capacity)	-	0	-
6.4.1 - 3(Can Type)	-	0	-
6.4.1 - 3(Finished Can Height)	-	0	-
6.4.1 - 3(Inside Neck/Plug Diameter)	-	0	-
6.4.1 - 3(Outside Can Diameter)	-	0	-
6.4.1 - 3(Free Board)	-	0	-
6.4.1 - 3(Neck Seaming Clearance)	-	0	-
6.4.1 - 3(Brimful Capacity)	-	0	-
6.4.2-4(Can End Size)	-	0	-
6.4.2-4(Outside Curl Diameter)	-	0	-
6.4.2-4(Punch Plug Diameter)	-	0	-
6.4.2-4(Curl Height)	-	0	-
6.4.2-4(Inside Curl Diameter)	-	0	-
6.4.2-4(Countersink Depth)	-	0	-
6.4.2-4(Panel Height)	-	0	-
7.1.1(Top Load /Axial Load /Column Strength)	-	0	-
7.1.2(Enamel Rater Criteria)	-	0	-
7.1.3(Buckle Strength/Dome Reversal)	-	0	-
7.1.4(Air Pressure Test)	-	0	-
7.1.5(Slip Angle Test/Wall Mobility Test)	-	0	-
7.2(Testing of Ends)	-	0	-
7.3.1(Overall Migration Limit)	-	0	-
7.3.2(Specific Migration Limit)	-	0	-
7.3.2 - 5 - 1(Barium)	-	0	-
7.3.2 - 5 - 2(Cobalt)	-	0	-
7.3.2 - 5 - 3(Copper)	-	0	-
7.3.2 - 5 - 4(Iron)	-	0	-
7.3.2 - 5 - 5(Lithium)	-	0	-
7.3.2 - 5 - 6(Manganese)	-	0	-
7.3.2 - 5 - 7(Zinc)	-	0	-
7.3.2 - 5 - 8(Antimony)	-	0	-
7.3.2 - 5 - 9("Phthalic acid, bis (2-ethylhexyl)ester (DEHP)")	-	0	-
9(Marking)	-	0	-
7.2(Capacity)	-	0	-
7.3(Impact Resistance test)	-	0	-
6.4.2-4(Can End Type)	-	0	-
5.3-2A&B(0.2 % Proof Stress)	-	0	-

-
Included w.e.f.29.05.2025

147

IS 14756 (2024)

Stainless Steel Utensils - Specification (THIRD REVISION)

Stainless Steel Utensils

25500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl 3.1(Material used for manufacturing utensils)	-	25500	-
Cl 3.2(Material used for composite bottom)	-	25500	-
Cl 3.3(Material used for body of utensil of 3-ply construction)	-	25500	-
Cl 3.4(Material used for stainless steel lid)	-	25500	-
Cl 3.5(Material used for tempered glass lid)	-	25500	-
Cl 3.5(Material used for stainless steel rim)	-	25500	-
Cl 4.2 & Table 1(Minimum Sheet Thickness for Body of Utensil)	-	25500	-
Cl 4.2 & Table 2(Minimum Sheet Thickness for Lid of Utensil)	-	25500	-
Cl 4.2(Thickness of the finished utensil)	-	25500	-
Cl 4.3(Classification)	-	25500	-
Cl 4.4 (i)(Thickness of Aluminium disc/core)	-	25500	-
Cl 4.4 (ii)(Thickness of Protector/cowl)	-	25500	-
Cl 4.5(Minimum sheet thickness (3-ply utensil))	-	25500	-
Cl 4.5(Thickness of finished utensil (3-ply utensil))	-	25500	-
Cl 5.1(Manufacturing defect & visual appearance)	-	25500	-
CL 5.2(Accessibility for cleaning)	-	25500	-
Cl 5.3(Joining of handles to the utensils)	-	25500	-
Cl 5.4(Requirement for handles)	-	25500	-
Cl 5.5(Welding (Finish))	-	25500	-
Cl 5.6(Finish of 3-ply utensil)	-	25500	-
Cl 5.7(Requirement for coating)	-	25500	-
Cl 5.8(Coating thickness test)	-	25500	-
Cl 5.8(Coating adhesion test)	-	25500	-
Cl 5.8.1(Thermal shock test (Coating))	-	25500	-
Cl 6.1(Staining Test (Type Test - Frequency Once in a Year))	-	25500	-
Cl 6.2(Mechanical Shock Test (for Cladded Utensils Only))	-	25500	-
Cl 6.3(Thermal Shock Test (for Cladded Utensils Only))	-	25500	-
Cl 6.4(Dry Heat Test (for Cladded Utensils Only))	-	25500	-
Cl 6.5(Coating Thickness Test (for Copper Deposit))	-	25500	-
Cl 6.6(Thermal shock test (3-ply construction utensil body))	-	25500	-
Cl 6.7(Nominal Capacity Test)	-	25500	-
Cl 8(Marking)	-	25500	-
3.1(a) Carbon)	-	25500	-
3.1(b) Silicon)	-	25500	-
3.1(c)Manganese)	-	25500	-
3.1(d) Nickel)	-	25500	-
3.1(Chromium)	-	25500	-
3.1(Sulphu)	-	25500	-
3.1(Phosphorus)	-	25500	-
Stainless Steel Utensils - Specification (THIRD REVISION)(Copper)	-	25500	-
3.1(Nitrogen)	-	25500	-
3.2 a(a) Carbon)	-	25500	-
3.2 a(b) Silicon)	-	25500	-
68995(Manganese)	-	25500	-
3.2 a(d) Nickel)	-	25500	-
3.2 a(Chromium)	-	25500	-
3.2 a(Sulphur)	-	25500	-
3.2 a(g) Phosphorus)	-	25500	-
3.2 a(h) Copper)	-	25500	-
3.2 a(Nitrogen)	-	25500	-
3.2 b(a) Aluminium)	-	25500	-
3.2 b(b) Copper)	-	25500	-
3.2 b(c) Magnesium)	-	25500	-
3.2 b(d) Silicon)	-	25500	-
3.2 b(e) Iron)	-	25500	-
3.2 b(f) Manganese)	-	25500	-
3.2 b(d) Silicon)	-	25500	-
3.2 b(e) Iron)	-	25500	-
3.2 b(f) Manganese)	-	25500	-
3.2 b(g) Zinc)	-	25500	-
3.2 b(h) Titanium)	-	25500	-
3.2 b(i) Chromium)	-	25500	-
3.2 b(j) Cu+Si+Fe+Mn+Zn+mg)	-	25500	-
3.2 b(k) Lead)	-	25500	-
3.2 c(a) Carbon)	-	25500	-
3.2 c(b) Silicon)	-	25500	-
3.2 c(c) Manganese)	-	25500	-
3.2 c(d) Nickel)	-	25500	-
3.2 c(e) Chromium)	-	25500	-
3.2 c(f) Sulphur)	-	25500	-
3.2 c(g) Phosphorus)	-	25500	-
3.3(a) Inner layer)	-	25500	-
3.3(b) Middlelayer)	-	25500	-
3.3(c) Outerlayer)	-	25500	-
3.4(a) Carbon)	-	25500	-
3.4(b) Silicon)	-	25500	-
3.4(c) Manganese)	-	25500	-
3.4(d) Nickel)	-	25500	-
3.4(e) Chromium)	-	25500	-
3.4(f) Sulphur)	-	25500	-
3.4(g) Phosphorus)	-	25500	-
3.4(h) Copper)	-	25500	-
3.4(i) Nitrogen)	-	25500	-
3.4(Thickness stainless steel lid)	-	25500	-
3.5(If the utensils provided with tempered glass lid)	-	25500	-
4.1(Shapes and Dimensions)	-	25500	-
4.2(Thickness of the sheet)	-	25500	-
4.3(Classifications)	-	25500	-
4.3(Core Thickness for 3-ply Construction (asper IS15960))	-	25500	-
4.3(Thickness of protective layer (as per IS 15960))	-	25500	-
4.4(Thickness of 3ply full body utensil)	-	25500	-
5(Workmanship and finish)	-	25500	-
5.4(Handles)	-	25500	-
4.1 of IS 13395(Construction)	-	25500	-
4.2 of IS 13395(Materials)	-	25500	-
4.3 of IS 13395(Selection and Size)	-	25500	-
4.4 of Is 13395(Position of Handle and Knob with Respect to Cookware)	-	25500	-
4.5 of IS 13395(Attachment to Cookware)	-	25500	-
5.2 of IS 13395(Bending Strength)	-	25500	-
5.3 of IS 13395(Torque Strength)	-	25500	-
5.4 of IS 13395(Impact Strength)	-	25500	-
5.5 of IS 13395(Fatigue Resistance 15 000 cycles withstand)	-	25500	-
5.6 of IS 13395(Leakage)	-	25500	-
5.7 of IS 13395(Thermal Insulation)	-	25500	-
5.8 of IS 13395(Heat Resistance)	-	25500	-
5.9 of IS 13395(Washing Resistance)	-	25500	-
5.10 of IS 13395(Burning Resistance)	-	25500	-
5.5(Material comes in contact with food)	-	25500	-
6.1(Staining Test)	-	25500	-
6.2(Mechanical Shock Test)	-	25500	-
6.3(Thermal Shock Test)	-	25500	-
6.4(Dry Heat Test)	-	25500	-
6.6(Heat test)	-	25500	-
6.7.1(Nominal Capacity Test)	-	25500	-
6.7.2(Internal diameter of utensil)	-	25500	-
Cl 3.1(Material used for manufacturing utensils)	-	0	-
Cl 3.2(Material used for composite bottom)	-	0	-
Cl 3.3(Material used for body of utensil of 3-ply construction)	-	0	-
Cl 3.4(Material used for stainless steel lid)	-	0	-
Cl 3.5(Material used for tempered glass lid)	-	0	-
Cl 3.5(Material used for stainless steel rim)	-	0	-
Cl 4.2 & Table 1(Minimum Sheet Thickness for Body of Utensil)	-	0	-
Cl 4.2 & Table 2(Minimum Sheet Thickness for Lid of Utensil)	-	0	-
Cl 4.2(Thickness of the finished utensil)	-	0	-
Cl 4.3(Classification)	-	0	-
Cl 4.4 (i)(Thickness of Aluminium disc/core)	-	0	-
Cl 4.4 (ii)(Thickness of Protector/cowl)	-	0	-
Cl 4.5(Minimum sheet thickness (3-ply utensil))	-	0	-
Cl 4.5(Thickness of finished utensil (3-ply utensil))	-	0	-
Cl 5.1(Manufacturing defect & visual appearance)	-	0	-
CL 5.2(Accessibility for cleaning)	-	0	-
Cl 5.3(Joining of handles to the utensils)	-	0	-
Cl 5.4(Requirement for handles)	-	0	-
Cl 5.5(Welding (Finish))	-	0	-
Cl 5.6(Finish of 3-ply utensil)	-	0	-
Cl 5.7(Requirement for coating)	-	0	-
Cl 5.8(Coating thickness test)	-	0	-
Cl 5.8(Coating adhesion test)	-	0	-
Cl 5.8.1(Thermal shock test (Coating))	-	0	-
Cl 6.1(Staining Test (Type Test - Frequency Once in a Year))	-	0	-
Cl 6.2(Mechanical Shock Test (for Cladded Utensils Only))	-	0	-
Cl 6.3(Thermal Shock Test (for Cladded Utensils Only))	-	0	-
Cl 6.4(Dry Heat Test (for Cladded Utensils Only))	-	0	-
Cl 6.5(Coating Thickness Test (for Copper Deposit))	-	0	-
Cl 6.6(Thermal shock test (3-ply construction utensil body))	-	0	-
Cl 6.7(Nominal Capacity Test)	-	0	-
Cl 8(Marking)	-	0	-
3.1(a) Carbon)	-	0	-
3.1(b) Silicon)	-	0	-
3.1(c)Manganese)	-	0	-
3.1(d) Nickel)	-	0	-
3.1(Chromium)	-	0	-
3.1(Sulphu)	-	0	-
3.1(Phosphorus)	-	0	-
Stainless Steel Utensils - Specification (THIRD REVISION)(Copper)	-	0	-
3.1(Nitrogen)	-	0	-
3.2 a(a) Carbon)	-	0	-
3.2 a(b) Silicon)	-	0	-
68995(Manganese)	-	0	-
3.2 a(d) Nickel)	-	0	-
3.2 a(Chromium)	-	0	-
3.2 a(Sulphur)	-	0	-
3.2 a(g) Phosphorus)	-	0	-
3.2 a(h) Copper)	-	0	-
3.2 a(Nitrogen)	-	0	-
3.2 b(a) Aluminium)	-	0	-
3.2 b(b) Copper)	-	0	-
3.2 b(c) Magnesium)	-	0	-
3.2 b(d) Silicon)	-	0	-
3.2 b(e) Iron)	-	0	-
3.2 b(f) Manganese)	-	0	-
3.2 b(d) Silicon)	-	0	-
3.2 b(e) Iron)	-	0	-
3.2 b(f) Manganese)	-	0	-
3.2 b(g) Zinc)	-	0	-
3.2 b(h) Titanium)	-	0	-
3.2 b(i) Chromium)	-	0	-
3.2 b(j) Cu+Si+Fe+Mn+Zn+mg)	-	0	-
3.2 b(k) Lead)	-	0	-
3.2 c(a) Carbon)	-	0	-
3.2 c(b) Silicon)	-	0	-
3.2 c(c) Manganese)	-	0	-
3.2 c(d) Nickel)	-	0	-
3.2 c(e) Chromium)	-	0	-
3.2 c(f) Sulphur)	-	0	-
3.2 c(g) Phosphorus)	-	0	-
3.3(a) Inner layer)	-	0	-
3.3(b) Middlelayer)	-	0	-
3.3(c) Outerlayer)	-	0	-
3.4(a) Carbon)	-	0	-
3.4(b) Silicon)	-	0	-
3.4(c) Manganese)	-	0	-
3.4(d) Nickel)	-	0	-
3.4(e) Chromium)	-	0	-
3.4(f) Sulphur)	-	0	-
3.4(g) Phosphorus)	-	0	-
3.4(h) Copper)	-	0	-
3.4(i) Nitrogen)	-	0	-
3.4(Thickness stainless steel lid)	-	0	-
3.5(If the utensils provided with tempered glass lid)	-	0	-
4.1(Shapes and Dimensions)	-	0	-
4.2(Thickness of the sheet)	-	0	-
4.3(Classifications)	-	0	-
4.3(Core Thickness for 3-ply Construction (asper IS15960))	-	0	-
4.3(Thickness of protective layer (as per IS 15960))	-	0	-
4.4(Thickness of 3ply full body utensil)	-	0	-
5(Workmanship and finish)	-	0	-
5.4(Handles)	-	0	-
4.1 of IS 13395(Construction)	-	0	-
4.2 of IS 13395(Materials)	-	0	-
4.3 of IS 13395(Selection and Size)	-	0	-
4.4 of Is 13395(Position of Handle and Knob with Respect to Cookware)	-	0	-
4.5 of IS 13395(Attachment to Cookware)	-	0	-
5.2 of IS 13395(Bending Strength)	-	0	-
5.3 of IS 13395(Torque Strength)	-	0	-
5.4 of IS 13395(Impact Strength)	-	0	-
5.5 of IS 13395(Fatigue Resistance 15 000 cycles withstand)	-	0	-
5.6 of IS 13395(Leakage)	-	0	-
5.7 of IS 13395(Thermal Insulation)	-	0	-
5.8 of IS 13395(Heat Resistance)	-	0	-
5.9 of IS 13395(Washing Resistance)	-	0	-
5.10 of IS 13395(Burning Resistance)	-	0	-
5.5(Material comes in contact with food)	-	0	-
6.1(Staining Test)	-	0	-
6.2(Mechanical Shock Test)	-	0	-
6.3(Thermal Shock Test)	-	0	-
6.4(Dry Heat Test)	-	0	-
6.6(Heat test)	-	0	-
6.7.1(Nominal Capacity Test)	-	0	-
6.7.2(Internal diameter of utensil)	-	0	-
Cl 3.1(Material used for manufacturing utensils)	-	0	-
Cl 3.2(Material used for composite bottom)	-	0	-
Cl 3.3(Material used for body of utensil of 3-ply construction)	-	0	-
Cl 3.4(Material used for stainless steel lid)	-	0	-
Cl 3.5(Material used for tempered glass lid)	-	0	-
Cl 3.5(Material used for stainless steel rim)	-	0	-
Cl 4.2 & Table 1(Minimum Sheet Thickness for Body of Utensil)	-	0	-
Cl 4.2 & Table 2(Minimum Sheet Thickness for Lid of Utensil)	-	0	-
Cl 4.2(Thickness of the finished utensil)	-	0	-
Cl 4.3(Classification)	-	0	-
Cl 4.4 (i)(Thickness of Aluminium disc/core)	-	0	-
Cl 4.4 (ii)(Thickness of Protector/cowl)	-	0	-
Cl 4.5(Minimum sheet thickness (3-ply utensil))	-	0	-
Cl 4.5(Thickness of finished utensil (3-ply utensil))	-	0	-
Cl 5.1(Manufacturing defect & visual appearance)	-	0	-
CL 5.2(Accessibility for cleaning)	-	0	-
Cl 5.3(Joining of handles to the utensils)	-	0	-
Cl 5.4(Requirement for handles)	-	0	-
Cl 5.5(Welding (Finish))	-	0	-
Cl 5.6(Finish of 3-ply utensil)	-	0	-
Cl 5.7(Requirement for coating)	-	0	-
Cl 5.8(Coating thickness test)	-	0	-
Cl 5.8(Coating adhesion test)	-	0	-
Cl 5.8.1(Thermal shock test (Coating))	-	0	-
Cl 6.1(Staining Test (Type Test - Frequency Once in a Year))	-	0	-
Cl 6.2(Mechanical Shock Test (for Cladded Utensils Only))	-	0	-
Cl 6.3(Thermal Shock Test (for Cladded Utensils Only))	-	0	-
Cl 6.4(Dry Heat Test (for Cladded Utensils Only))	-	0	-
Cl 6.5(Coating Thickness Test (for Copper Deposit))	-	0	-
Cl 6.6(Thermal shock test (3-ply construction utensil body))	-	0	-
Cl 6.7(Nominal Capacity Test)	-	0	-
Cl 8(Marking)	-	0	-
3.1(a) Carbon)	-	0	-
3.1(b) Silicon)	-	0	-
3.1(c)Manganese)	-	0	-
3.1(d) Nickel)	-	0	-
3.1(Chromium)	-	0	-
3.1(Sulphu)	-	0	-
3.1(Phosphorus)	-	0	-
Stainless Steel Utensils - Specification (THIRD REVISION)(Copper)	-	0	-
3.1(Nitrogen)	-	0	-
3.2 a(a) Carbon)	-	0	-
3.2 a(b) Silicon)	-	0	-
68995(Manganese)	-	0	-
3.2 a(d) Nickel)	-	0	-
3.2 a(Chromium)	-	0	-
3.2 a(Sulphur)	-	0	-
3.2 a(g) Phosphorus)	-	0	-
3.2 a(h) Copper)	-	0	-
3.2 a(Nitrogen)	-	0	-
3.2 b(a) Aluminium)	-	0	-
3.2 b(b) Copper)	-	0	-
3.2 b(c) Magnesium)	-	0	-
3.2 b(d) Silicon)	-	0	-
3.2 b(e) Iron)	-	0	-
3.2 b(f) Manganese)	-	0	-
3.2 b(d) Silicon)	-	0	-
3.2 b(e) Iron)	-	0	-
3.2 b(f) Manganese)	-	0	-
3.2 b(g) Zinc)	-	0	-
3.2 b(h) Titanium)	-	0	-
3.2 b(i) Chromium)	-	0	-
3.2 b(j) Cu+Si+Fe+Mn+Zn+mg)	-	0	-
3.2 b(k) Lead)	-	0	-
3.2 c(a) Carbon)	-	0	-
3.2 c(b) Silicon)	-	0	-
3.2 c(c) Manganese)	-	0	-
3.2 c(d) Nickel)	-	0	-
3.2 c(e) Chromium)	-	0	-
3.2 c(f) Sulphur)	-	0	-
3.2 c(g) Phosphorus)	-	0	-
3.3(a) Inner layer)	-	0	-
3.3(b) Middlelayer)	-	0	-
3.3(c) Outerlayer)	-	0	-
3.4(a) Carbon)	-	0	-
3.4(b) Silicon)	-	0	-
3.4(c) Manganese)	-	0	-
3.4(d) Nickel)	-	0	-
3.4(e) Chromium)	-	0	-
3.4(f) Sulphur)	-	0	-
3.4(g) Phosphorus)	-	0	-
3.4(h) Copper)	-	0	-
3.4(i) Nitrogen)	-	0	-
3.4(Thickness stainless steel lid)	-	0	-
3.5(If the utensils provided with tempered glass lid)	-	0	-
4.1(Shapes and Dimensions)	-	0	-
4.2(Thickness of the sheet)	-	0	-
4.3(Classifications)	-	0	-
4.3(Core Thickness for 3-ply Construction (asper IS15960))	-	0	-
4.3(Thickness of protective layer (as per IS 15960))	-	0	-
4.4(Thickness of 3ply full body utensil)	-	0	-
5(Workmanship and finish)	-	0	-
5.4(Handles)	-	0	-
4.1 of IS 13395(Construction)	-	0	-
4.2 of IS 13395(Materials)	-	0	-
4.3 of IS 13395(Selection and Size)	-	0	-
4.4 of Is 13395(Position of Handle and Knob with Respect to Cookware)	-	0	-
4.5 of IS 13395(Attachment to Cookware)	-	0	-
5.2 of IS 13395(Bending Strength)	-	0	-
5.3 of IS 13395(Torque Strength)	-	0	-
5.4 of IS 13395(Impact Strength)	-	0	-
5.5 of IS 13395(Fatigue Resistance 15 000 cycles withstand)	-	0	-
5.6 of IS 13395(Leakage)	-	0	-
5.7 of IS 13395(Thermal Insulation)	-	0	-
5.8 of IS 13395(Heat Resistance)	-	0	-
5.9 of IS 13395(Washing Resistance)	-	0	-
5.10 of IS 13395(Burning Resistance)	-	0	-
5.5(Material comes in contact with food)	-	0	-
6.1(Staining Test)	-	0	-
6.2(Mechanical Shock Test)	-	0	-
6.3(Thermal Shock Test)	-	0	-
6.4(Dry Heat Test)	-	0	-
6.6(Heat test)	-	0	-
6.7.1(Nominal Capacity Test)	-	0	-
6.7.2(Internal diameter of utensil)	-	0	-
Annex C(Test for leaching)	-	0	-
Annex C(Sensorial test)	-	0	-

-
Included w.e.f 16.07.2025

148

IS 13422 (2024)

Single-use Sterile Rubber Surgical Gloves ï¿½ Specification (First Revision)

‘DISPOSABLE SURGICAL RUBBER GLOVES

10500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl-5(Materials)	-	500	-
Cl-6(Sampling and selection of test pieces)	-	0	-
Cl-7.1(Dimensions)	-	1000	-
Cl-7.2(Watertightness)	-	2000	-
Cl-7.3(Tensile properties)	-	0	-
Cl-7.3.1(General)	-	0	-
Cl-7.3.2(Force at break and elongation at break before accelerated ageing)	-	2000	-
Cl-7.3.3(Force at break and elongation at break after accelerated ageing)	-	3000	-
Cl-7.3.4(Force required to produce 300 % elongation)	-	2000	-
Cl-9(Marking.)	-	0	-
Cl-5(Materials)	-	0	-
Cl-6(Sampling and selection of test pieces)	-	0	-
Cl-7.1(Dimensions)	-	0	-
Cl-7.2(Watertightness)	-	0	-
Cl-7.3(Tensile properties)	-	0	-
Cl-7.3.1(General)	-	0	-
Cl-7.3.2(Force at break and elongation at break before accelerated ageing)	-	0	-
Cl-7.3.3(Force at break and elongation at break after accelerated ageing)	-	0	-
Cl-7.3.4(Force required to produce 300 % elongation)	-	0	-
Cl-9(Marking.)	-	0	-

-
Included w.e.f.23.07.2025 Exclusion Cl-7.4(Sterlity) Cl-5(matarials

149

IS 13893 (1994)

Polyurethane soles semirigid - specification

5500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.1(Design)	-	150	EXCLUDING 18 % GST
4.2 (Amendment 2)(Thickness)	-	150	-
4.3.1 Table 1 i) (Amendment 2)(Relative Density)	-	300	-
4.3.1 Table 1 iii) (Amendment 2)(Abrasion Resistance at applied force of 10 N)	-	600	-
4.3.1 Table 1 iv) (Amendment 2)(Flexing Resistance, Bennewart method)	-	600	-
4.3.1 Table 1 v) (Amendment 2)(Hydrolysis Resistance, cut growth after 150000 flexes)	-	2000	-
4.3.1 Table 1 vi) (Amendment 2)(Tensile Strength)	-	500	-
4.3.1 Table 1 vii) (Amendment 2)(Elongation at break)	-	200	-
4.3.1 Table 1 viii) (Amendment 2)(Tear Strength (average force))	-	500	-
4.3.1 Table 1 ii) (Amendment 2)(Hardness, degree, Shore A)	-	500	-

-
Amendment No. 2 included w.e.f. 09.11.2024

150

IS 15298 : part 4 (2024)

Personal Protective Equipment Part 4 Occupational Footwear (ISO 20347 : 2021, MOD) (Third Revision)

Safety Shoes-Part-4

54000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl 5.2(Design)	-	150	10% Discount on BIS sample.
Cl 5.2.2(" Height of upper ")	-	150	10% Discount on BIS sample.
Cl 5.2.3(Heel area)	-	150	10% Discount on BIS sample.
Cl 5.3.1.1(Construction of whole footwear)	-	200	10% Discount on BIS sample.
Cl 5.3.1.2(Upper/outsole bond strength)	-	750	10% Discount on BIS sample.
Cl 5.3.2(Leak proofness)	-	300	10% Discount on BIS sample.
Cl 5.3.3(Specific ergonomic features)	-	600	10% Discount on BIS sample.
Cl 5.3.4.2(Slip resistance on ceramic tile floor with sodium lauryl sulphate (NaLS) solution)	-	1500	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011,(i)(Allergenic and carcinogenic disperse dyes)	-	4500	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (ii)(Aromatic amines released from Azo dyes (each individual amine))	-	2200	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (iii)(Aromatic amines released from Azo dyes (each individual amine))	-	2200	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (iv)(Chromium (VI))	-	1200	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (v)(Dimethyl fumarate (DMFU))	-	2400	10% Discount on BIS sample.
Cl 5.3.5, Table no1 of IS 17011 (vi)(Formaldehyde (free or released by partial hydrolysis))	-	1000	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (vii)(Formaldehyde)	-	1000	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (viii)(Organotin compounds)	-	4500	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (ix)(PCP-TeCP-TriCP polychlorophenols)	-	2400	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (x)(pH)	-	300	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (xi)(Phthalates (each individual phthalate))	-	2800	10% Discount on BIS sample.
Cl 5.3.5, Table no 1 of IS 17011 (xii)(Nickel, on skin contact)	-	1500	10% Discount on BIS sample.
Cl 5.3.6(Seam strength)	-	750	10% Discount on BIS sample.
Cl 5.3.7(Lead Content ( National Annex A))	-	1000	10% Discount on BIS sample.
Cl 5.4.1.1(Class I footwear, determination of the area where upper requirements apply of Upper)	-	400	10% Discount on BIS sample.
Cl 5.4.1.2(Hybrid footwear, determination of the area where upper requirements apply of Upper)	-	400	10% Discount on BIS sample.
Cl 5.4.2(Thickness)	-	200	10% Discount on BIS sample.
Cl 5.4.3(Tear strength)	-	500	10% Discount on BIS sample.
Cl 5.4.4, Table 9(Tensile properties- Tensile strength)	-	500	10% Discount on BIS sample.
Cl 5.4.4, Table 9(Tensile properties- Breaking Force)	-	500	10% Discount on BIS sample.
Cl 5.4.4, Table 9(Tensile properties-Modulus at 100 % elongation)	-	500	10% Discount on BIS sample.
Cl 5.4.4, Table 9(Tensile properties- Elongation at break)	-	500	10% Discount on BIS sample.
Cl 5.4.5(Flexing resistance)	-	600	10% Discount on BIS sample.
Cl 5.4.6(Water vapour permeability and coefficient)	-	700	10% Discount on BIS sample.
Cl 5.4.7(Resistance to hydrolysis)	-	1000	10% Discount on BIS sample.
Cl 5.5.2(Lining- Tear strength)	-	450	10% Discount on BIS sample.
Cl 5.5.3(Lining- Abrasion resistance)	-	600	10% Discount on BIS sample.
Cl 5.5.4(Lining-Water vapour permeability and coefficient)	-	700	10% Discount on BIS sample.
Cl 5.6.2(Tear strength of tongue)	-	500	10% Discount on BIS sample.
Cl 5.7.1(Thickness of Insole, insock and footbed)	-	200	10% Discount on BIS sample.
Cl 5.7.2(Water permeability of insock)	-	500	10% Discount on BIS sample.
Cl 5.7.3(Water absorption and desorption of Insole, insock and footbed)	-	800	10% Discount on BIS sample.
Cl 5.7.4.1(Abrasion resistance of Insoles)	-	600	10% Discount on BIS sample.
Cl 5.7.4.2(Abrasion resistance of Insocks)	-	600	10% Discount on BIS sample.
Cl 5.8.2.1(Thickness of Outsole)	-	200	10% Discount on BIS sample.
Cl 5.8.2.2(Cleated area)	-	150	10% Discount on BIS sample.
Cl 5.8.2.3(Cleat height)	-	150	10% Discount on BIS sample.
Cl 5.8.3(Outsole- Tear strength)	-	500	10% Discount on BIS sample.
Cl 5.8.4(Outsole- Abrasion resistance)	-	700	10% Discount on BIS sample.
Cl 5.8.5(Outsole-Flexing resistance)	-	700	10% Discount on BIS sample.
Cl 5.8.6(Outsole-Resistance to hydrolysis)	-	1000	10% Discount on BIS sample.
Cl 5.8.7(Interlayer bond strength)	-	450	10% Discount on BIS sample.
Cl 6.2.1.1.2(Metallic perforation-resistant inserts (Type P))	-	500	10% Discount on BIS sample.
Cl 6.2.1.1.3(Non-metallic perforation-resistant inserts and insoles (Type PL))	-	500	10% Discount on BIS sample.
Cl 6.2.1.1.4(Non-metallic perforation-resistant inserts and insoles (Type PS))	-	500	10% Discount on BIS sample.
Cl 6.2.1.2(Construction of perforation resistant insert)	-	200	10% Discount on BIS sample.
Cl 6.2.1.3(Dimensions of perforation resistant insert)	-	200	10% Discount on BIS sample.
Cl 6.2.1.4.1(Flex resistance of perforation-resistant inserts)	-	600	10% Discount on BIS sample.
Cl 6.2.1.4.2.1(ISO 20344:2021, 5.11.2)	-	500	10% Discount on BIS sample.
Cl 6.2.1.4.2.2(ISO 20344:2021, 5.6.2.1)	-	500	10% Discount on BIS sample.
Cl 6.2.1.4.3(Stability against ageing and environmental influence of non-metallic perforationresistant inserts)	-	700	10% Discount on BIS sample.
Cl 6.2.2.1(Electrical properties of Partially conductive footwear)	-	1500	10% Discount on BIS sample.
Cl 6.2.2.2(Electrical properties of Antistatic footwear)	-	1500	10% Discount on BIS sample.
Cl 6.2.3.1(Heat insulation of outsole complex)	-	600	10% Discount on BIS sample.
Cl 6.2.3.2(Cold insulation of outsole complex)	-	600	10% Discount on BIS sample.
Cl 6.2.4(Energy absorption of seat region)	-	450	10% Discount on BIS sample.
Cl 6.2.5(Water resistance)	-	300	10% Discount on BIS sample.
Cl 6.2.6(Ankle protection)	-	450	10% Discount on BIS sample.
Cl 6.2.7.1(Cut resistance footwear- design)	-	200	10% Discount on BIS sample.
Cl 6.2.7.2(Dimensions and construction of protective area of Cut resistance footwear)	-	200	10% Discount on BIS sample.
Cl 6.2.7.3(Resistance to cutting)	-	450	10% Discount on BIS sample.
Cl 6.2.8(Scuff cap)	-	600	10% Discount on BIS sample.
Cl 6.2.9("Slip resistance on ceramic tile floor with glycerine ")	-	1500	10% Discount on BIS sample.
Cl 6.3(Upper — Water penetration and absorption)	-	300	10% Discount on BIS sample.
Cl 6.4.1(Resistance to hot contact - Outsole)	-	300	10% Discount on BIS sample.
Cl 6.4.3.1(Mechanical properties of Ladder grip)	-	500	10% Discount on BIS sample.
Cl 6.4.3.2(Design of Ladder grip)	-	200	10% Discount on BIS sample.
Cl 6.4.3.3(Cleat height in the waist area of Ladder grip)	-	200	10% Discount on BIS sample.
Cl 6.4.3.4(Heel breast of Ladder grip)	-	200	10% Discount on BIS sample.
Cl 7("Marking ")	-	200	10% Discount on BIS sample.
Cl 6.4.2(Resistance to fuel oil - Outsole)	-	300	10% Discount on BIS sample.

-
Included w.e.f 28.05.2025

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Bureau of Indian Standards

The National Standards Body of India

Sleen India Biz venture Private Limited, Agra

RAHANKALAN ROAD, PART 295, BLOCK-A KUBERPUR, 300 METER FROM RAILWAY CROSSING CHALESHAR ROAD, Agra, Uttar Pradesh, India, 282006, Agra, Agra, Uttar Pradesh, 282006

8193022228 sleen.info@gmail.com

Scope List