BIS - LIMS (Laboratory Information Management System)

Bharat Test House Pvt. Ltd. 1668 Sonipat

1668 (DIV-II), HSIIDC INDUSTRIAL ESTATE, RAI, DIST. SONEPAT, HARYANA, INDIA, Sonipat, Sonipat, Haryana, 131029

9310314585 bthdiv2@bharattesthouse.com

Scope List

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215 Results

S.No.

Indian Standard No.

Product

Grade / Type / Size / Designation etc.

Testing Charges (Excl. Of Taxes)

Validity Date

Remark

121

IS 14756 (2024)

Stainless Steel Utensils - Specification (THIRD REVISION)

6800 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl 3.1(Material used for manufacturing utensils)	-	1300	-
Cl 3.2(Material used for composite bottom)	-	1300	-
Cl 3.3(Material used for body of utensil of 3-ply construction)	-	1300	-
Cl 3.4(Material used for stainless steel lid)	-	1300	-
Cl 3.5(Material used for tempered glass lid)	-	1300	-
Cl 3.5(Material used for stainless steel rim)	-	1300	-
Cl 4.2 & Table 1(Minimum Sheet Thickness for Body of Utensil)	-	300	-
Cl 4.2 & Table 2(Minimum Sheet Thickness for Lid of Utensil)	-	300	-
Cl 4.2(Thickness of the finished utensil)	-	300	-
Cl 4.3(Classification)	-	300	-
Cl 4.4 (i)(Thickness of Aluminium disc/core)	-	300	-
Cl 4.4 (ii)(Thickness of Protector/cowl)	-	300	-
Cl 4.5(Minimum sheet thickness (3-ply utensil))	-	300	-
Cl 4.5(Thickness of finished utensil (3-ply utensil))	-	300	-
Cl 5.1(Manufacturing defect & visual appearance)	-	100	-
CL 5.2(Accessibility for cleaning)	-	100	-
Cl 5.3(Joining of handles to the utensils)	-	100	-
Cl 5.4(Requirement for handles)	-	100	-
Cl 5.5(Welding (Finish))	-	100	-
Cl 5.6(Finish of 3-ply utensil)	-	100	-
Cl 5.7(Requirement for coating)	-	100	-
Cl 5.8(Coating thickness test)	-	300	-
Cl 5.8(Coating adhesion test)	-	300	-
Cl 5.8.1(Thermal shock test (Coating))	-	500	-
Cl 6.1(Staining Test (Type Test - Frequency Once in a Year))	-	400	-
Cl 6.2(Mechanical Shock Test (for Cladded Utensils Only))	-	500	-
Cl 6.3(Thermal Shock Test (for Cladded Utensils Only))	-	500	-
Cl 6.4(Dry Heat Test (for Cladded Utensils Only))	-	500	-
Cl 6.5(Coating Thickness Test (for Copper Deposit))	-	500	-
Cl 6.6(Thermal shock test (3-ply construction utensil body))	-	500	-
Cl 6.7(Nominal Capacity Test)	-	300	-
Cl 8(Marking)	-	0	-
3.1(a) Carbon)	-	1500	-
3.1(b) Silicon)	-	1500	-
3.1(c)Manganese)	-	1500	-
3.1(d) Nickel)	-	1500	-
3.1(Chromium)	-	1500	-
3.1(Sulphu)	-	1500	-
3.1(Phosphorus)	-	1500	-
Stainless Steel Utensils - Specification (THIRD REVISION)(Copper)	-	1500	-
3.1(Nitrogen)	-	1500	-
3.2 a(a) Carbon)	-	1500	-
3.2 a(b) Silicon)	-	1500	-
68995(Manganese)	-	1500	-
3.2 a(d) Nickel)	-	1500	-
3.2 a(Chromium)	-	1500	-
3.2 a(Sulphur)	-	1500	-
3.2 a(g) Phosphorus)	-	1500	-
3.2 a(h) Copper)	-	1500	-
3.2 a(Nitrogen)	-	1500	-
3.2 b(a) Aluminium)	-	1500	-
3.2 b(b) Copper)	-	1500	-
3.2 b(c) Magnesium)	-	1500	-
3.2 b(d) Silicon)	-	1500	-
3.2 b(e) Iron)	-	1500	-
3.2 b(f) Manganese)	-	1500	-
3.2 b(d) Silicon)	-	1500	-
3.2 b(e) Iron)	-	1500	-
3.2 b(f) Manganese)	-	1500	-
3.2 b(g) Zinc)	-	1500	-
3.2 b(h) Titanium)	-	1500	-
3.2 b(i) Chromium)	-	1500	-
3.2 b(j) Cu+Si+Fe+Mn+Zn+mg)	-	1500	-
3.2 b(k) Lead)	-	1500	-
3.2 c(a) Carbon)	-	1500	-
3.2 c(b) Silicon)	-	1500	-
3.2 c(c) Manganese)	-	1500	-
3.2 c(d) Nickel)	-	1500	-
3.2 c(e) Chromium)	-	1500	-
3.2 c(f) Sulphur)	-	1500	-
3.2 c(g) Phosphorus)	-	1500	-
3.3(a) Inner layer)	-	1500	-
3.3(b) Middlelayer)	-	1500	-
3.3(c) Outerlayer)	-	1500	-
3.4(a) Carbon)	-	1500	-
3.4(b) Silicon)	-	1500	-
3.4(c) Manganese)	-	1500	-
3.4(d) Nickel)	-	1500	-
3.4(e) Chromium)	-	1500	-
3.4(f) Sulphur)	-	1500	-
3.4(g) Phosphorus)	-	1500	-
3.4(h) Copper)	-	1500	-
3.4(i) Nitrogen)	-	1500	-
3.4(Thickness stainless steel lid)	-	1500	-
3.5(If the utensils provided with tempered glass lid)	-	1500	-
4.1(Shapes and Dimensions)	-	300	-
4.2(Thickness of the sheet)	-	300	-
4.3(Classifications)	-	300	-
4.3(Core Thickness for 3-ply Construction (asper IS15960))	-	300	-
4.3(Thickness of protective layer (as per IS 15960))	-	300	-
4.4(Thickness of 3ply full body utensil)	-	300	-
5(Workmanship and finish)	-	300	-
5.4(Handles)	-	100	-
4.1 of IS 13395(Construction)	-	100	-
4.2 of IS 13395(Materials)	-	100	-
4.3 of IS 13395(Selection and Size)	-	100	-
4.4 of Is 13395(Position of Handle and Knob with Respect to Cookware)	-	100	-
4.5 of IS 13395(Attachment to Cookware)	-	100	-
5.2 of IS 13395(Bending Strength)	-	100	-
5.3 of IS 13395(Torque Strength)	-	100	-
5.4 of IS 13395(Impact Strength)	-	100	-
5.5 of IS 13395(Fatigue Resistance 15 000 cycles withstand)	-	100	-
5.6 of IS 13395(Leakage)	-	100	-
5.7 of IS 13395(Thermal Insulation)	-	100	-
5.8 of IS 13395(Heat Resistance)	-	100	-
5.9 of IS 13395(Washing Resistance)	-	100	-
5.10 of IS 13395(Burning Resistance)	-	100	-
5.5(Material comes in contact with food)	-	100	-
6.1(Staining Test)	-	400	-
6.2(Mechanical Shock Test)	-	500	-
6.3(Thermal Shock Test)	-	500	-
6.4(Dry Heat Test)	-	500	-
6.6(Heat test)	-	500	-
6.7.1(Nominal Capacity Test)	-	300	-
6.7.2(Internal diameter of utensil)	-	300	-
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	-
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)	-	100	-
Annex C(Sensorial test)	-	100	-
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	-

26 Jul, 2027

-
Included w.e.f 24.06.2025

122

IS 5145 (1969)

Specification for walking sticks

Walking Sticks

8000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl-2.1(Wood)	-	1000	-
Cl.2.2(ALUMINIUM)	-	4000	-
Cl.4(MANUFACTURE)	-	200	-
Cl.5(WORKMANSHIP AND FINISH)	-	200	-
Cl.6.1(STRENGTH TEST)	-	700	-
Cl.7(MARKING)	-	200	-
Cl.8(PACKING)	-	200	-
Cl-2.1(Wood)	-	0	-
Cl.2.2(ALUMINIUM)	-	0	-
Cl.4(MANUFACTURE)	-	0	-
Cl.5(WORKMANSHIP AND FINISH)	-	0	-
Cl.6.1(STRENGTH TEST)	-	0	-
Cl.7(MARKING)	-	0	-
Cl.8(PACKING)	-	0	-
Cl-2.1(Wood)	-	0	-
Cl.2.2(ALUMINIUM)	-	0	-
Cl.4(MANUFACTURE)	-	0	-
Cl.5(WORKMANSHIP AND FINISH)	-	0	-
Cl.6.1(STRENGTH TEST)	-	0	-
Cl.7(MARKING)	-	0	-
Cl.8(PACKING)	-	0	-
Cl-2.1(Wood)	-	0	-
Cl.2.2(ALUMINIUM)	-	0	-
Cl.4(MANUFACTURE)	-	0	-
Cl.5(WORKMANSHIP AND FINISH)	-	0	-
Cl.6.1(STRENGTH TEST)	-	0	-
Cl.7(MARKING)	-	0	-
Cl.8(PACKING)	-	0	-
Cl-3(Shapes and Dimensions)	-	500	-
Cl-6.2.1(Strength of joint between handle and the stick)	-	1000	-

26 Jul, 2027

-
Included w.e.f 25.02.2025

123

IS 13650 (1993)

Glass containers for proteinized food

10000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.1.1(Brimful capacity)	-	500	-
5(Shape and dimensions)	-	1000	-
6(Solids ( Granules and Powder ))	-	1000	-
6(Liquids)	-	1000	-
7(Workmanship)	-	700	-
8.1(Limit of Alkalinity)	-	1500	-
8.2(Annealing)	-	800	-
8.3(Thermal Shock Resistance)	-	1000	-
8.4(Vertically)	-	1000	-
8.5(Planity of Sealing Surface)	-	1000	-
9(Marking and packing)	-	500	-

26 Jul, 2027

-
Included w.e.f 05.05.2025

124

IS 11729 (1986)

Specification for handballs

28000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
2(Shape, Dimensions and Mass)	-	1000	-
3.1(Leather )	-	25000	-
3.2.1(Linen thread)	-	25000	-
3.2.2(Cotton threa)	-	25000	-
4.2(Colour)	-	1000	-
4.3(Stitching )	-	1000	-
4.4(Mouth )	-	1000	-
5(Marking )	-	1000	-
7(Packing)	-	1000	-
2(Shape, Dimensions and Mass)	-	0	-
3.1(Leather )	-	0	-
3.2.1(Linen thread)	-	0	-
3.2.2(Cotton threa)	-	0	-
4.2(Colour)	-	0	-
4.3(Stitching )	-	0	-
4.4(Mouth )	-	0	-
5(Marking )	-	0	-
7(Packing)	-	0	-
2(Shape, Dimensions and Mass)	-	0	-
3.1(Leather )	-	0	-
3.2.1(Linen thread)	-	0	-
3.2.2(Cotton threa)	-	0	-
4.2(Colour)	-	0	-
4.3(Stitching )	-	0	-
4.4(Mouth )	-	0	-
5(Marking )	-	0	-
7(Packing)	-	0	-
2(Shape, Dimensions and Mass)	-	0	-
3.1(Leather )	-	0	-
3.2.1(Linen thread)	-	0	-
3.2.2(Cotton threa)	-	0	-
4.2(Colour)	-	0	-
4.3(Stitching )	-	0	-
4.4(Mouth )	-	0	-
5(Marking )	-	0	-
7(Packing)	-	0	-

26 Jul, 2027

-
Included w.e.f.19.05.2025

125

IS 4614 (1988)

Specification for hurdles (First Revision)

8000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
2( )	-	1000	-
3(Shape and Dimension)	-	1000	-
4(Mass )	-	500	-
5(Manufacture, Workmanship and Finish)	-	1000	-
6( Stability Test)	-	1500	-
7(Marking)	-	1000	-
8(Packing)	-	1000	-
2( )	-	0	-
3(Shape and Dimension)	-	0	-
4(Mass )	-	0	-
5(Manufacture, Workmanship and Finish)	-	0	-
6( Stability Test)	-	0	-
7(Marking)	-	0	-
8(Packing)	-	0	-
2( )	-	0	-
3(Shape and Dimension)	-	0	-
4(Mass )	-	0	-
5(Manufacture, Workmanship and Finish)	-	0	-
6( Stability Test)	-	0	-
7(Marking)	-	0	-
8(Packing)	-	0	-
2( )	-	0	-
3(Shape and Dimension)	-	0	-
4(Mass )	-	0	-
5(Manufacture, Workmanship and Finish)	-	0	-
6( Stability Test)	-	0	-
7(Marking)	-	0	-
8(Packing)	-	0	-

26 Jul, 2027

-
Included w.e.f 05.05.2025

126

IS 16098 Part 2 (2013)

Structured-Wall Plastics Piping Systems for Non-Pressure Drainage and Sewerage Part 2 Pipes and Fittings with Non-Smooth External Surface, Type B

75000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
8.1.1 Table-10 (i)(Ring Stiffness)	-	5000	-
Table -1 Cl. No. 5.1, i)(Base Density)	-	0	-
Table -1 Cl. No. 5.1, ii)(Melt Flow Rate (MFR) at (190ºC, 5kg load))	-	5000	-
Table -1 Cl. No. 5.1, iii)(Thermal Stability (Oxidation Induction Test, OIT) at 200ºC)	-	0	-
8.1.1 Table-10 (ii)(Impact Strength at (0±1 ºC))	-	5500	-
" 5.1 Table-2 ", i)(Resistance to Internal Pressure 165hrs)	-	5500	-
" 5.1 Table-2 ", ii)(Resistance to Internal Pressure 1000hrs)	-	5500	-
8.1.1, 8.1.2 Table-10 (iii)(Ring flexibility 30% of dem)	-	5000	-
6.3.1 & Table-5(Dim (min.) E4 (min) E5 (min.) Socket Length)	-	1000	-
6.3.2(Length of Pipe)	-	1000	-
8.1.1 Table-10 (iv)(Creep ratio)	-	3500	-
6.3.3(Out Side Diameter)	-	1000	-
6.3.5.1.1(Ring Stiffness of Spigot + socket)	-	5000	-
"6.3.5.1.5 Table-5 "(Socket thickness Avg. (min.) Avg.)	-	1000	-
9 Table-12 (i)(Tightness of elastomeric ring seal Joint)	-	4500	-
6.3.5.2(Wall Thickness(e4 min))	-	1000	-
9 Table 12 (ii)(Water tightness)	-	1000	-
6.3.5.2("Construction Height of body wall(ec) Wall Thickness (emin) ")	-	1000	-
9 Table- 12 (iii)(Resistance to combined temperature cycling and external loading)	-	4500	-
7.1(Appearance)	-	1000	-
7.1.1(Color of Finished Pipes)	-	1000	-
7.2 Table-6 (i)(Resistance to Heating oven test at (110±2ºC for 30 minute))	-	4500	-
8.1.1 Table-10 (i)(Ring Stiffness)	-	0	-
Table -1 Cl. No. 5.1, i)(Base Density)	-	0	-
Table -1 Cl. No. 5.1, ii)(Melt Flow Rate (MFR) at (190ºC, 5kg load))	-	0	-
8.1.1 Table-10 (ii)(Impact Strength at (0±1 ºC))	-	0	-
" 5.1 Table-2 ", i)(Resistance to Internal Pressure 165hrs)	-	0	-
" 5.1 Table-2 ", ii)(Resistance to Internal Pressure 1000hrs)	-	0	-
8.1.1, 8.1.2 Table-10 (iii)(Ring flexibility 30% of dem)	-	0	-
6.3.1 & Table-5(Dim (min.) E4 (min) E5 (min.) Socket Length)	-	0	-
6.3.2(Length of Pipe)	-	0	-
8.1.1 Table-10 (iv)(Creep ratio)	-	0	-
6.3.3(Out Side Diameter)	-	0	-
6.3.5.1.1(Ring Stiffness of Spigot + socket)	-	0	-
"6.3.5.1.5 Table-5 "(Socket thickness Avg. (min.) Avg.)	-	0	-
9 Table-12 (i)(Tightness of elastomeric ring seal Joint)	-	0	-
6.3.5.2(Wall Thickness(e4 min))	-	0	-
9 Table 12 (ii)(Water tightness)	-	0	-
6.3.5.2("Construction Height of body wall(ec) Wall Thickness (emin) ")	-	0	-
9 Table- 12 (iii)(Resistance to combined temperature cycling and external loading)	-	0	-
7.1(Appearance)	-	0	-
7.1.1(Color of Finished Pipes)	-	0	-
7.2 Table-6 (i)(Resistance to Heating oven test at (110±2ºC for 30 minute))	-	0	-
8.1.1 Table-10 (i)(Ring Stiffness)	-	0	-
Table -1 Cl. No. 5.1, i)(Base Density)	-	0	-
Table -1 Cl. No. 5.1, ii)(Melt Flow Rate (MFR) at (190ºC, 5kg load))	-	0	-
8.1.1 Table-10 (ii)(Impact Strength at (0±1 ºC))	-	0	-
" 5.1 Table-2 ", i)(Resistance to Internal Pressure 165hrs)	-	0	-
" 5.1 Table-2 ", ii)(Resistance to Internal Pressure 1000hrs)	-	0	-
8.1.1, 8.1.2 Table-10 (iii)(Ring flexibility 30% of dem)	-	0	-
6.3.1 & Table-5(Dim (min.) E4 (min) E5 (min.) Socket Length)	-	0	-
6.3.2(Length of Pipe)	-	0	-
8.1.1 Table-10 (iv)(Creep ratio)	-	0	-
6.3.3(Out Side Diameter)	-	0	-
6.3.5.1.1(Ring Stiffness of Spigot + socket)	-	0	-
"6.3.5.1.5 Table-5 "(Socket thickness Avg. (min.) Avg.)	-	0	-
9 Table-12 (i)(Tightness of elastomeric ring seal Joint)	-	0	-
6.3.5.2(Wall Thickness(e4 min))	-	0	-
9 Table 12 (ii)(Water tightness)	-	0	-
6.3.5.2("Construction Height of body wall(ec) Wall Thickness (emin) ")	-	0	-
9 Table- 12 (iii)(Resistance to combined temperature cycling and external loading)	-	0	-
7.1(Appearance)	-	0	-
7.1.1(Color of Finished Pipes)	-	0	-
7.2 Table-6 (i)(Resistance to Heating oven test at (110±2ºC for 30 minute))	-	0	-
Table -1 Cl. No. 5.1, iii)(Thermal Stability (Oxidation Induction Test, OIT) at 200ºC)	-	0	-
8.1.1 Table-10 (i)(Ring Stiffness)	-	0	-
Table -1 Cl. No. 5.1, i)(Base Density)	-	0	-
Table -1 Cl. No. 5.1, ii)(Melt Flow Rate (MFR) at (190ºC, 5kg load))	-	0	-
8.1.1 Table-10 (ii)(Impact Strength at (0±1 ºC))	-	0	-
" 5.1 Table-2 ", i)(Resistance to Internal Pressure 165hrs)	-	0	-
" 5.1 Table-2 ", ii)(Resistance to Internal Pressure 1000hrs)	-	0	-
8.1.1, 8.1.2 Table-10 (iii)(Ring flexibility 30% of dem)	-	0	-
6.3.1 & Table-5(Dim (min.) E4 (min) E5 (min.) Socket Length)	-	0	-
6.3.2(Length of Pipe)	-	0	-
8.1.1 Table-10 (iv)(Creep ratio)	-	0	-
6.3.3(Out Side Diameter)	-	0	-
6.3.5.1.1(Ring Stiffness of Spigot + socket)	-	0	-
"6.3.5.1.5 Table-5 "(Socket thickness Avg. (min.) Avg.)	-	0	-
9 Table-12 (i)(Tightness of elastomeric ring seal Joint)	-	0	-
6.3.5.2(Wall Thickness(e4 min))	-	0	-
9 Table 12 (ii)(Water tightness)	-	0	-
6.3.5.2("Construction Height of body wall(ec) Wall Thickness (emin) ")	-	0	-
9 Table- 12 (iii)(Resistance to combined temperature cycling and external loading)	-	0	-
7.1(Appearance)	-	0	-
7.1.1(Color of Finished Pipes)	-	0	-
7.2 Table-6 (i)(Resistance to Heating oven test at (110±2ºC for 30 minute))	-	0	-
Table -1 Cl. No. 5.1, iii)(Thermal Stability (Oxidation Induction Test, OIT) at 200ºC)	-	0	-
8.1.1 Table-10 (i)(Ring Stiffness)	-	0	-
Table -1 Cl. No. 5.1, i)(Base Density)	-	0	-
Table -1 Cl. No. 5.1, ii)(Melt Flow Rate (MFR) at (190ºC, 5kg load))	-	0	-
8.1.1 Table-10 (ii)(Impact Strength at (0±1 ºC))	-	0	-
" 5.1 Table-2 ", i)(Resistance to Internal Pressure 165hrs)	-	0	-
" 5.1 Table-2 ", ii)(Resistance to Internal Pressure 1000hrs)	-	0	-
8.1.1, 8.1.2 Table-10 (iii)(Ring flexibility 30% of dem)	-	0	-
6.3.1 & Table-5(Dim (min.) E4 (min) E5 (min.) Socket Length)	-	0	-
6.3.2(Length of Pipe)	-	0	-
8.1.1 Table-10 (iv)(Creep ratio)	-	0	-
6.3.3(Out Side Diameter)	-	0	-
6.3.5.1.1(Ring Stiffness of Spigot + socket)	-	0	-
"6.3.5.1.5 Table-5 "(Socket thickness Avg. (min.) Avg.)	-	0	-
9 Table-12 (i)(Tightness of elastomeric ring seal Joint)	-	0	-
6.3.5.2(Wall Thickness(e4 min))	-	0	-
9 Table 12 (ii)(Water tightness)	-	0	-
6.3.5.2("Construction Height of body wall(ec) Wall Thickness (emin) ")	-	0	-
9 Table- 12 (iii)(Resistance to combined temperature cycling and external loading)	-	0	-
7.1(Appearance)	-	0	-
7.1.1(Color of Finished Pipes)	-	0	-
7.2 Table-6 (i)(Resistance to Heating oven test at (110±2ºC for 30 minute))	-	0	-
Table -1 Cl. No. 5.1, iii)(Thermal Stability (Oxidation Induction Test, OIT) at 200ºC)	-	0	-

26 Jul, 2027

-
Included w.e.f 09.04.2025 Scope restricted for PP Pipes only not intended to be jointed in field by fusing or welding. Exclusion Table -1 Cl. No. 5.1, iii) Thermal Stability (Oxidation Induction Test, OIT)

127

IS 16098 Part 1 (2013)

Structured-Wall Plastics Piping Systems for Non-Pressure Drainage and Sewerage Part 1 Pipes and Fittings With Smooth External Surface, Type A

90000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
6.3.1(Dimension of Pipes and Fittings Diameter of pipe)	-	500	-
6.3.2(Dimension of Pipes and Fittings Lengths of Pipe)	-	500	-
6.3.3(Dimension of Pipes and Fittings Diameters of Pipes and Spigots of Pipes orFittings)	-	500	-
7.0(Physical characteristics for pipes and fittings Appearance)	-	500	-
7.1.1(Physical characteristics for pipes and fittings Colour of Finished Pipes)	-	500	-
7.2(Physical characteristics for pipes and fittings )	-	500	-
7.3(Physical characteristics for pipes and fittings )	-	500	-
8.1.1(Mechanical Characteristics of Pipes General)	-	500	-
8.1.1(Mechanical Characteristics of Pipes General)	-	500	-
8.1.2 (a)(Mechanical Characteristics of Pipes Ring Flexibility)	-	500	-
8.1.2 (b)(Mechanical Characteristics of Pipes Ring Flexibility)	-	500	-
8.1.2 (c)(Mechanical Characteristics of Pipes Ring Flexibility)	-	500	-
8.1.2 (d)(Mechanical Characteristics of Pipes Ring Flexibility)	-	500	-
8.1.2 (e)(Mechanical Characteristics of Pipes Ring Flexibility)	-	500	-
8.2.1(Mechanical Characteristics of Fittings General)	-	500	-
8.2.1(Mechanical Characteristics of Fittings General)	-	500	-
8.2.2(Mechanical Characteristics of Fittings)	-	500	-
8.3(Joints)	-	500	-
9 (Table 12)(Performance Requirements)	-	2000	-
9 (Table 12)(Performance Requirements)	-	2000	-
9 (Table 12)(Performance Requirements)	-	2000	-
11.1(Marking General)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
5.0(Composition of the material)	-	5000	-
5.1(Composition of the material)	-	5000	-
5.2 Table 1(Composition of the material- Resistance to internal hydrostatic Pipe material (1) 1 000 IS 12235 No seepage, cracking, pressure at 60ºC)	-	5000	-
5.3(Composition of the material)	-	5000	-
5.4(Composition of the material)	-	5000	-
6.0(DESIGNATION OF WALL CONSTRUCTIONS AND EXAMPLES OF TYPICAL JOINTING METHODS )	-	500	-
6.1(Wall Construction Designated as Type A)	-	500	-
6.2(Deswignation)	-	500	-
6.3(Dimensions of pipes and fittings)	-	500	-
6.3.1 Table 2(Mean outside diameter)	-	500	-
6.3.2 Table 3(Wall thickness)	-	500	-
6.3.3 Fig 2(Length of pipe)	-	500	-
6.3.4,Table 4,5(Dimensions of Integral sckets and spigot ends)	-	500	-
6.3.4.1(Wall thickness of sockets)	-	500	-
6.3.4.2(Fabricated fittings)	-	500	-
6.3.4.3(Rotational moulded fittings)	-	500	-
6.3.4.4(Type of fittings)	-	500	-
7.0(Physical characteristics of pipes)	-	1000	-
7.1(Appearance)	-	500	-
7.2(Colour )	-	500	-
7.3(Vicat softening temperature of pipes)	-	1000	-
7.4(Resistance to Dichloromethane)	-	2000	-
7.5(longitudinal reversion)	-	1000	-
8.0(Physical characteristics of fittings)	-	1000	-
8.1(Appearance and colour)	-	500	-
8.2(Vicat softening temperature of fittings)	-	1000	-
8.3(Effect of Heating (Stress Relief Test))	-	1000	-
9.0(Mechanical characteristics ofpipes)	-	1000	-
9.1(Ring stiffness)	-	1000	-
9.2(Resistance to external blows at o C)	-	1000	-
9.3(Ring flexibility)	-	1000	-
9.4(Creep ratio)	-	1000	-
10.0(Mechanical Characteristics of fittings)	-	1000	-
10.1(Impact Strength of Injection Moulded and Fabricated Fittings)	-	1000	-
11.0(Joints)	-	1000	-
11.1(Elastomeric Sealing Rings)	-	1000	-
11.2(Solvent cement)	-	1000	-
12.0(PERFORMANCE REQUIREMENTS)	-	1000	-
12.1(Elastomeric Sealing Ring Joints)	-	1000	-
12.1.1(Tightness of Elastomeric Sealing Ring Joints (Water pressure))	-	1000	-
12.1.2(Tightness of Elastomeric Sealing Ring Joints (Internal Vaccum ))	-	1000	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	1000	-
12.2(Solvent cement joints)	-	1000	-
12.2.1(Tightness of Solvent cemented Ring Joints )	-	1000	-
12.2.2(Tightness of Solvent cemented Ring Joints (Vaccum pressure))	-	1000	-
6.3.1(Dimension of Pipes and Fittings Diameter of pipe)	-	500	-
6.3.2(Dimension of Pipes and Fittings Lengths of Pipe)	-	500	-
6.3.3(Dimension of Pipes and Fittings Diameters of Pipes and Spigots of Pipes orFittings)	-	500	-
7.0(Physical characteristics for pipes and fittings Appearance)	-	500	-
7.1.1(Physical characteristics for pipes and fittings Colour of Finished Pipes)	-	500	-
7.2(Physical characteristics for pipes and fittings )	-	500	-
7.3(Physical characteristics for pipes and fittings )	-	1000	-
8.1.1(Mechanical Characteristics of Pipes General)	-	1000	-
8.1.1(Mechanical Characteristics of Pipes General)	-	1000	-
8.1.2 (a)(Mechanical Characteristics of Pipes Ring Flexibility)	-	1000	-
8.1.2 (b)(Mechanical Characteristics of Pipes Ring Flexibility)	-	1000	-
8.1.2 (c)(Mechanical Characteristics of Pipes Ring Flexibility)	-	1000	-
8.1.2 (d)(Mechanical Characteristics of Pipes Ring Flexibility)	-	1000	-
8.1.2 (e)(Mechanical Characteristics of Pipes Ring Flexibility)	-	1000	-
8.2.1(Mechanical Characteristics of Fittings General)	-	1000	-
8.2.1(Mechanical Characteristics of Fittings General)	-	1000	-
8.2.2(Mechanical Characteristics of Fittings)	-	1000	-
8.3(Joints)	-	1000	-
9 (Table 12)(Performance Requirements)	-	1000	-
9 (Table 12)(Performance Requirements)	-	1000	-
9 (Table 12)(Performance Requirements)	-	1000	-
11.1(Marking General)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.1(Minimum Required Marking Pipes)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
11.2.2(Minimum Required Marking Fittings)	-	500	-
6.3.4 Table 4 & 5(Dimensions of Integral Socket and spigot ends)	-	500	-
6.3.4 Table 4 & 5(Outside diameter (dsm) min)	-	500	-
6.3.4 Table 4 & 5(C max)	-	500	-
7.1.1(Colour of finished pipes)	-	500	-
12.1.1(Tightness of Elastomeric Sealing Ring Joints (Water Pressure))	-	1000	-
12.1.2(Tightness of Elastomeric Sealing Ring Joints (Internal Vacuum))	-	1000	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	1000	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	1000	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	1000	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	1000	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	1000	-
7.6(7.6 Effect on Water)	-	2000	-
8.4(Effect on Water)	-	2000	-
5.2 Table 1(Composition of the material- Resistance to internal hydrostatic Pipe material (1) 1 000 IS 12235 No seepage, cracking, pressure at 60ºC)	-	0	-
6.3.4 Table 4 & 5(Dimensions of Integral Socket and spigot ends)	-	0	-
6.3.4 Table 4 & 5(Outside diameter (dsm) min)	-	0	-
6.3.4 Table 4 & 5(C max)	-	0	-
7.1.1(Colour of finished pipes)	-	0	-
12.1.1(Tightness of Elastomeric Sealing Ring Joints (Water Pressure))	-	0	-
12.1.2(Tightness of Elastomeric Sealing Ring Joints (Internal Vacuum))	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
7.6(7.6 Effect on Water)	-	0	-
8.4(Effect on Water)	-	0	-
5.2 Table 1(Composition of the material- Resistance to internal hydrostatic Pipe material (1) 1 000 IS 12235 No seepage, cracking, pressure at 60ºC)	-	0	-
6.3.4 Table 4 & 5(Dimensions of Integral Socket and spigot ends)	-	0	-
6.3.4 Table 4 & 5(Outside diameter (dsm) min)	-	0	-
6.3.4 Table 4 & 5(C max)	-	0	-
7.1.1(Colour of finished pipes)	-	0	-
12.1.1(Tightness of Elastomeric Sealing Ring Joints (Water Pressure))	-	0	-
12.1.2(Tightness of Elastomeric Sealing Ring Joints (Internal Vacuum))	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
7.6(7.6 Effect on Water)	-	0	-
8.4(Effect on Water)	-	0	-
5.2 Table 1(Composition of the material- Resistance to internal hydrostatic Pipe material (1) 1 000 IS 12235 No seepage, cracking, pressure at 60ºC)	-	0	-
6.3.4 Table 4 & 5(Dimensions of Integral Socket and spigot ends)	-	0	-
6.3.4 Table 4 & 5(Outside diameter (dsm) min)	-	0	-
6.3.4 Table 4 & 5(C max)	-	0	-
7.1.1(Colour of finished pipes)	-	0	-
12.1.1(Tightness of Elastomeric Sealing Ring Joints (Water Pressure))	-	0	-
12.1.2(Tightness of Elastomeric Sealing Ring Joints (Internal Vacuum))	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
12.1.3(Resistance to Combined Temperature Cycling and External Loading)	-	0	-
7.6(7.6 Effect on Water)	-	0	-
8.4(Effect on Water)	-	0	-

26 Jul, 2027

-
Included w.e.f 09.04.2025

128

IS 2925 (1984)

Specification for industrial safety helmets (Second Revision)

8000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
3.1(Shell)	-	100	-
3.2(Harness)	-	100	-
3.3(Metal Parts)	-	800	-
4.1(Sizes)	-	100	-
5.1(Shell)	-	200	-
5.2(Harness)	-	100	-
5.3(Chin Strap or Nape Strap)	-	100	-
5.4(Lamp Bracket)	-	100	-
5.5(Cable Clip)	-	100	-
6.1(Workmanship & Finish)	-	100	-
7.1(Mass)	-	200	-
8.1(Shock Absorption Resistance)	-	1200	-
8.2(Penetration Resistance)	-	1200	-
8.3(Flamability Resistance)	-	1000	-
8.4(Electrical Resistance)	-	1000	-
8.5(Water Absorption)	-	800	-
8.6(Heat Resistance)	-	800	-
3.1(Shell)	-	0	-
3.2(Harness)	-	0	-
3.3(Metal Parts)	-	0	-
4.1(Sizes)	-	0	-
5.1(Shell)	-	0	-
5.2(Harness)	-	0	-
5.3(Chin Strap or Nape Strap)	-	0	-
5.4(Lamp Bracket)	-	0	-
5.5(Cable Clip)	-	0	-
6.1(Workmanship & Finish)	-	0	-
7.1(Mass)	-	0	-
8.1(Shock Absorption Resistance)	-	0	-
8.2(Penetration Resistance)	-	0	-
8.3(Flamability Resistance)	-	0	-
8.4(Electrical Resistance)	-	0	-
8.5(Water Absorption)	-	0	-
8.6(Heat Resistance)	-	0	-
5.2.1(Head Band)	-	0	-
5.3.1(Chin Strap)	-	0	-
5.3.2(Nape Strap)	-	0	-

26 Jul, 2027

-
Included w.e.f 09.04.2025

129

IS 248 (2023)

SODIUM BISULPHITE TECHNICAL SODIUM METABISULPHITE SPECIFICATION

Sodium Bisulphite, Technical (Sodium Metabisulphite

14000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl-3.1(Description)	-	1000	-
Cl-3.2,Table 1,sl.no-i(Purity (as SO2 content))	-	1000	-
Cl-3.2,Table 1,sl.no-ii(pH of 5 percent solution)	-	1000	-
Cl-3.2,Table 1,sl.no-iii(Matter insoluble in water)	-	1000	-
Cl-3.2,Table 1,sl.no-iv(Iron (as Fe),)	-	2000	-
Cl-3.2,Table 1,sl.no-v(Heavy metals (as Pb),)	-	5000	-
Cl-3.2,Table 1,sl.no-vi(Appearance of solution)	-	3000	-
Cl. 3.1(Description)	-	0	-
Cl. 3.2 Sl no (i)(Purity (as SO2 content))	-	0	-
Cl. 3.2 Sl no (ii)(pH of 5 percent solution)	-	0	-
Cl. 3.2 Sl no (iii)(Matter insoluble in water)	-	0	-
Cl. 3.2 Sl no (iv)(Iron (as Fe))	-	0	-
Cl. 3.2 Sl no (v)(Heavy metals (as Pb))	-	0	-
Cl. 3.2 Sl no (vi)(Appearance of solution)	-	0	-
Cl-3.1(Description)	-	1000	-
Cl-3.2,Table 1,sl.no-i(Purity (as SO2 content))	-	1000	-
Cl-3.2,Table 1,sl.no-ii(pH of 5 percent solution)	-	1000	-
Cl-3.2,Table 1,sl.no-iii(Matter insoluble in water)	-	1000	-
Cl-3.2,Table 1,sl.no-iv(Iron (as Fe),)	-	1000	-
Cl-3.2,Table 1,sl.no-v(Heavy metals (as Pb),)	-	0	-
Cl-3.2,Table 1,sl.no-vi(Appearance of solution)	-	0	-
Cl. 3.1(Description)	-	0	-
Cl. 3.2 Sl no (i)(Purity (as SO2 content))	-	0	-
Cl. 3.2 Sl no (ii)(pH of 5 percent solution)	-	0	-
Cl. 3.2 Sl no (iii)(Matter insoluble in water)	-	0	-
Cl. 3.2 Sl no (iv)(Iron (as Fe))	-	0	-
Cl. 3.2 Sl no (v)(Heavy metals (as Pb))	-	0	-
Cl. 3.2 Sl no (vi)(Appearance of solution)	-	0	-
Cl-3.1(Description)	-	-	-
Cl-3.2,Table 1,sl.no-i(Purity (as SO2 content))	-	-	-
Cl-3.2,Table 1,sl.no-ii(pH of 5 percent solution)	-	-	-
Cl-3.2,Table 1,sl.no-iii(Matter insoluble in water)	-	-	-
Cl-3.2,Table 1,sl.no-iv(Iron (as Fe),)	-	-	-
Cl-3.2,Table 1,sl.no-v(Heavy metals (as Pb),)	-	-	-
Cl-3.2,Table 1,sl.no-vi(Appearance of solution)	-	-	-
Cl. 3.1(Description)	-	-	-
Cl. 3.2 Sl no (i)(Purity (as SO2 content))	-	-	-
Cl. 3.2 Sl no (ii)(pH of 5 percent solution)	-	-	-
Cl. 3.2 Sl no (iii)(Matter insoluble in water)	-	-	-
Cl. 3.2 Sl no (iv)(Iron (as Fe))	-	-	-
Cl. 3.2 Sl no (v)(Heavy metals (as Pb))	-	-	-
Cl. 3.2 Sl no (vi)(Appearance of solution)	-	-	-

26 Jul, 2027

-
Included.w.e.f.15.01.2025

130

IS 16011 (2012)

Aluminium and aluminium alloy foil for pharmaceutical packaging - Specification

Aluminium and Aluminium Alloy Foil for Pharmaceutical Packaging

4000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
5- Table-1(Pin hole count- IS 16011)	-	100	-
6(Freedom from defects- IS 16011)	-	300	-
7.1(Al - IS 504)	-	200	-
7.1(Cu - IS 504)	-	200	-
7.1(Mn - IS 504)	-	200	-
7.1(Mn- IS 504)	-	200	-
7.1(Zn- IS 504)	-	200	-
7.1(Cr- IS 504)	-	200	-
7.1(Ti- IS 504)	-	200	-
7.2(Material - IS 16011)	-	0	-
7.3(Material - IS 16011)	-	0	-
7.4(Material - IS 16011)	-	0	-
7.5(Material - IS 16011)	-	0	-
9(LUBRICANTS- IS 16011)	-	100	-
11(AVERAGE THICKNESS OF BARE FOIL - IS 16011)	-	200	-
12.1(Pharma Laminate - IS 16011)	-	200	-
12.2(Coated Blister Pack Foil- IS 16011)	-	100	-
12.3(Winding- IS 16011)	-	100	-
13.1(thickness of laminated products - IS 16011)	-	100	-
13.2(Width- IS 16011)	-	100	-
14.1-Tsable 4(Bursting strength for bare strip pack foil )	-	200	-
14.1-Tsable 4(Bursting strength for pharma laminate)	-	0	-
14.2-Tsable 5(Peel Strength (for Pharma Laminate))	-	100	-
14.3-Tsable 6(Sealing Strength (for Coated Blister Pack Foil ))	-	100	-
14.3-Tsable 6(Sealing Strength (for Pharma Laminate))	-	0	-
15.1(SURFACE CONDITION- IS16011)	-	100	-
15.2(SURFACE CONDITION- IS 16011)	-	0	-
5- Table-1(Pin hole count- IS 16011)	-	0	-
6(Freedom from defects- IS 16011)	-	0	-
7.1(Al - IS 504)	-	0	-
7.1(Cu - IS 504)	-	0	-
7.1(Mn - IS 504)	-	0	-
7.1(Fe- IS 504)	-	200	-
7.1(Mn- IS 504)	-	0	-
7.1(Zn- IS 504)	-	0	-
7.1(Cr- IS 504)	-	0	-
7.1(Ti- IS 504)	-	0	-
7.2(Material - IS 16011)	-	0	-
7.3(Material - IS 16011)	-	0	-
7.4(Material - IS 16011)	-	0	-
7.5(Material - IS 16011)	-	0	-
9(LUBRICANTS- IS 16011)	-	0	-
11(AVERAGE THICKNESS OF BARE FOIL - IS 16011)	-	0	-
12.1(Pharma Laminate - IS 16011)	-	0	-
12.2(Coated Blister Pack Foil- IS 16011)	-	0	-
12.3(Winding- IS 16011)	-	0	-
13.1(thickness of laminated products - IS 16011)	-	0	-
13.2(Width- IS 16011)	-	0	-
14.1-Tsable 4(Bursting strength for bare strip pack foil )	-	0	-
14.1-Tsable 4(Bursting strength for pharma laminate)	-	0	-
14.2-Tsable 5(Peel Strength (for Pharma Laminate))	-	0	-
14.3-Tsable 6(Sealing Strength (for Coated Blister Pack Foil ))	-	0	-
14.3-Tsable 6(Sealing Strength (for Pharma Laminate))	-	0	-
15.1(SURFACE CONDITION- IS16011)	-	0	-
15.2(SURFACE CONDITION- IS 16011)	-	0	-
5 table -1(PINHOLE COUNT)	-	0	-
6(FREEDOM FROM DEFECTS)	-	0	-
7.1(MATERIAL)	-	0	-
7.2(MATERIAL)	-	0	-
7.3(MATERIAL)	-	0	-
7.4(MATERIAL)	-	0	-
7.5(MATERIAL)	-	0	-
8(SUPPLY OF MATERIAL)	-	0	-
9(LUBRICANTS)	-	0	-
10 TABLE -2(PREFERRED THICKNESSES)	-	0	-
11.2(AVERAGE THICKNESS OF BARE FOIL)	-	0	-
12.1(Pharma Laminate)	-	0	-
12.2(Coated Blister Pack Foil)	-	0	-
12.3(Winding)	-	0	-
13.1(DIMENSIONS AND TOLERANCES)	-	0	-
13.2 table 3(DIMENSIONS AND TOLERANCES)	-	0	-
14.1 table -4(Bursting Strength)	-	0	-
14.1.1(Bursting Strength)	-	0	-
14.2 table -5(Peel Strength (for Pharma Laminate))	-	0	-
14.3 table -6(Sealing Strength (for Coated Blister Pack Foil and Pharma Laminate))	-	0	-
15.1(SURFACE CONDITION)	-	0	-
15.2(SURFACE CONDITION)	-	0	-
16.2.1 , table -7(SAMPLING)	-	0	-
16.2.2 ,table -7(SAMPLING)	-	0	-
18.1(marking)	-	0	-
7.1(Si - IS 504)	-	0	-
7.1(Fe- IS 504)	-	0	-
7.1(Si - IS 504)	-	0	-
5- Table-1(Pin hole count- IS 16011)	-	0	-
6(Freedom from defects- IS 16011)	-	0	-
7.1(Al - IS 504)	-	0	-
7.1(Cu - IS 504)	-	0	-
7.1(Mn - IS 504)	-	0	-
7.1(Mn- IS 504)	-	0	-
7.1(Zn- IS 504)	-	0	-
7.1(Cr- IS 504)	-	0	-
7.1(Ti- IS 504)	-	0	-
7.2(Material - IS 16011)	-	0	-
7.3(Material - IS 16011)	-	0	-
7.4(Material - IS 16011)	-	0	-
7.5(Material - IS 16011)	-	0	-
9(LUBRICANTS- IS 16011)	-	0	-
11(AVERAGE THICKNESS OF BARE FOIL - IS 16011)	-	0	-
12.1(Pharma Laminate - IS 16011)	-	0	-
12.2(Coated Blister Pack Foil- IS 16011)	-	0	-
12.3(Winding- IS 16011)	-	0	-
13.1(thickness of laminated products - IS 16011)	-	0	-
13.2(Width- IS 16011)	-	0	-
14.1-Tsable 4(Bursting strength for bare strip pack foil )	-	0	-
14.1-Tsable 4(Bursting strength for pharma laminate)	-	0	-
14.2-Tsable 5(Peel Strength (for Pharma Laminate))	-	0	-
14.3-Tsable 6(Sealing Strength (for Coated Blister Pack Foil ))	-	0	-
14.3-Tsable 6(Sealing Strength (for Pharma Laminate))	-	0	-
15.1(SURFACE CONDITION- IS16011)	-	0	-
15.2(SURFACE CONDITION- IS 16011)	-	0	-
5- Table-1(Pin hole count- IS 16011)	-	0	-
6(Freedom from defects- IS 16011)	-	0	-
7.1(Al - IS 504)	-	0	-
7.1(Cu - IS 504)	-	0	-
7.1(Mn - IS 504)	-	0	-
7.1(Fe- IS 504)	-	0	-
7.1(Mn- IS 504)	-	0	-
7.1(Zn- IS 504)	-	0	-
7.1(Cr- IS 504)	-	0	-
7.1(Ti- IS 504)	-	0	-
7.2(Material - IS 16011)	-	0	-
7.3(Material - IS 16011)	-	0	-
7.4(Material - IS 16011)	-	0	-
7.5(Material - IS 16011)	-	0	-
9(LUBRICANTS- IS 16011)	-	0	-
11(AVERAGE THICKNESS OF BARE FOIL - IS 16011)	-	0	-
12.1(Pharma Laminate - IS 16011)	-	0	-
12.2(Coated Blister Pack Foil- IS 16011)	-	0	-
12.3(Winding- IS 16011)	-	0	-
13.1(thickness of laminated products - IS 16011)	-	0	-
13.2(Width- IS 16011)	-	0	-
14.1-Tsable 4(Bursting strength for bare strip pack foil )	-	0	-
14.1-Tsable 4(Bursting strength for pharma laminate)	-	0	-
14.2-Tsable 5(Peel Strength (for Pharma Laminate))	-	0	-
14.3-Tsable 6(Sealing Strength (for Coated Blister Pack Foil ))	-	0	-
14.3-Tsable 6(Sealing Strength (for Pharma Laminate))	-	0	-
15.1(SURFACE CONDITION- IS16011)	-	0	-
15.2(SURFACE CONDITION- IS 16011)	-	0	-
5 table -1(PINHOLE COUNT)	-	0	-
6(FREEDOM FROM DEFECTS)	-	0	-
7.1(MATERIAL)	-	0	-
7.2(MATERIAL)	-	0	-
7.3(MATERIAL)	-	0	-
7.4(MATERIAL)	-	0	-
7.5(MATERIAL)	-	0	-
8(SUPPLY OF MATERIAL)	-	0	-
9(LUBRICANTS)	-	0	-
10 TABLE -2(PREFERRED THICKNESSES)	-	0	-
11.2(AVERAGE THICKNESS OF BARE FOIL)	-	0	-
12.1(Pharma Laminate)	-	0	-
12.2(Coated Blister Pack Foil)	-	0	-
12.3(Winding)	-	0	-
13.1(DIMENSIONS AND TOLERANCES)	-	0	-
13.2 table 3(DIMENSIONS AND TOLERANCES)	-	0	-
14.1 table -4(Bursting Strength)	-	0	-
14.1.1(Bursting Strength)	-	0	-
14.2 table -5(Peel Strength (for Pharma Laminate))	-	0	-
14.3 table -6(Sealing Strength (for Coated Blister Pack Foil and Pharma Laminate))	-	0	-
15.1(SURFACE CONDITION)	-	0	-
15.2(SURFACE CONDITION)	-	0	-
16.2.1 , table -7(SAMPLING)	-	0	-
16.2.2 ,table -7(SAMPLING)	-	0	-
18.1(marking)	-	0	-
7.1(Si - IS 504)	-	0	-
7.1(Fe- IS 504)	-	0	-
7.1(Si - IS 504)	-	0	-

26 Jul, 2027

-
Included w.e.f 09.04.2025

131

IS 1254 (2007)

Corrugated aluminium sheet (Fourth Revision)

Corrugated Aluminum Sheet

14000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
3(FREEDOM FROM DEFECTS)	-	1500	-
4(SUPPLY OF MATERIAL)	-	0	-
5(PROFILE)	-	0	-
6(MATERIAL)	-	7000	-
7.2(WIDTH)	-	1000	-
7.3(LENGTH)	-	1000	-
7.4(SQUARENESS)	-	1000	-
7.5(Depth and Pitch of the Corrugation)	-	1000	-
8(FINISH)	-	1300	-
9(MARKING)	-	200	-

26 Jul, 2027

-
Included w.e.f 13.02.2025

132

IS 18739 (2024)

Textiles Bedsheets Pillow cover and Blanket Cover Specification

Textiles-Bedsheets, Pillow Cover and Blanket Cover-Specification

55000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
3.1, Table-1(Fibre content)	-	1500	-
3.1, Table-1(Count of Yarn-Warp)	-	300	-
3.1, Table-1(Count of Yarn-Weft)	-	300	-
3.1, Table-1(Weave)	-	500	-
3.1, Table-1(Ends/cm)	-	500	-
3.1, Table-1(Picks/cm)	-	500	-
3.1, Table-1(Mass g/m2, Min)	-	500	-
3.1, Table-1, (iii)(Tolerance)	-	500	-
3.1, Table-2(Breaking Load on 5 cm × 20 cm Strip (Ravelled Strip Method)-Warpway)	-	1000	-
3.1, Table-2(Breaking Load on 5 cm × 20 cm Strip (Ravelled Strip Method)-Weftway)	-	0	-
3.1, Table-2(Tear Strength,-Warpway)	-	1000	-
3.1, Table-2(Tear Strength,-Weftway)	-	0	-
3.1, Table-2(Fabric Skew, Percent, Max)	-	1000	-
3.1, Table-2(Fabric Bow, Percent, Max)	-	0	-
3.1, Table-2("Dimensional Change, Percent,- Warpway/Weftway")	-	1500	-
3.1, Table-2(Scouring Loss Percent, Max)	-	5000	-
3.1, Table-2(pH Value)	-	1000	-
3.1, Table-2(Resistance to Pilling, For 1 000 Cycles, Min)	-	4000	-
3.1, Table-3 (i)("Light: a) Warp direction b) Weft direction")	-	4000	-
3.1, Table-3 (ii)("Washing: a) Change in colour b) Staining of adjacent fabrics")	-	4000	-
3.1, Table-3 (iii)(Bleaching: Hypochlorite)	-	5000	-
3.1, Table-3 (iv)("Rubbing: a) Dry b) Wet")	-	5000	-
3.1, Table-3 (v)("Perspiration, acidic and alkaline: a) Change in colour b) Staining of adjacent fabrics")	-	5000	-
3.2(Fabric Content)	-	0	-
3.3(Freedom from Defects)	-	1000	-
3.4(Sewing Thread)	-	1500	-
3.5(Hems)	-	1000	-
3.6(Sewing)	-	1000	-
3.7, Table-4(- Size)	-	400	-
3.7, Table-4(Width,cm)	-	300	-
3.7, Table-4(Length, cm)	-	300	-
Cl-3.8(Soil Release Efficiency)	-	4500	-
Cl-3.9(Antimicrobial Activity)	-	0	-
Cl-3.10(Whiteness Index)	-	2000	-
3.1, Table-1(Fibre content)	-	0	-
3.1, Table-1(Count of Yarn-Warp)	-	0	-
3.1, Table-1(Count of Yarn-Weft)	-	0	-
3.1, Table-1(Weave)	-	0	-
3.1, Table-1(Ends/cm)	-	0	-
3.1, Table-1(Picks/cm)	-	0	-
3.1, Table-1(Mass g/m2, Min)	-	0	-
3.1, Table-1, (iii)(Tolerance)	-	0	-
3.1, Table-2(Breaking Load on 5 cm × 20 cm Strip (Ravelled Strip Method)-Warpway)	-	0	-
3.1, Table-2(Breaking Load on 5 cm × 20 cm Strip (Ravelled Strip Method)-Weftway)	-	0	-
3.1, Table-2(Tear Strength,-Warpway)	-	0	-
3.1, Table-2(Tear Strength,-Weftway)	-	0	-
3.1, Table-2(Fabric Skew, Percent, Max)	-	0	-
3.1, Table-2(Fabric Bow, Percent, Max)	-	0	-
3.1, Table-2("Dimensional Change, Percent,- Warpway/Weftway")	-	0	-
3.1, Table-2(Scouring Loss Percent, Max)	-	0	-
3.1, Table-2(pH Value)	-	0	-
3.1, Table-2(Resistance to Pilling, For 1 000 Cycles, Min)	-	0	-
3.1, Table-3 (i)("Light: a) Warp direction b) Weft direction")	-	0	-
3.1, Table-3 (ii)("Washing: a) Change in colour b) Staining of adjacent fabrics")	-	0	-
3.1, Table-3 (iii)(Bleaching: Hypochlorite)	-	0	-
3.1, Table-3 (iv)("Rubbing: a) Dry b) Wet")	-	0	-
3.1, Table-3 (v)("Perspiration, acidic and alkaline: a) Change in colour b) Staining of adjacent fabrics")	-	0	-
3.2(Fabric Content)	-	0	-
3.3(Freedom from Defects)	-	0	-
3.4(Sewing Thread)	-	0	-
3.5(Hems)	-	0	-
3.6(Sewing)	-	0	-
3.7, Table-4(- Size)	-	0	-
3.7, Table-4(Width,cm)	-	0	-
3.7, Table-4(Length, cm)	-	0	-
Cl-3.8(Soil Release Efficiency)	-	0	-
Cl-3.10(Whiteness Index)	-	0	-
Cl-3.9(Antimicrobial Activity)	-	0	-
3.1, Table-1(Fibre content)	-	0	-
3.1, Table-1(Count of Yarn-Warp)	-	0	-
3.1, Table-1(Count of Yarn-Weft)	-	0	-
3.1, Table-1(Weave)	-	0	-
3.1, Table-1(Ends/cm)	-	0	-
3.1, Table-1(Picks/cm)	-	0	-
3.1, Table-1(Mass g/m2, Min)	-	0	-
3.1, Table-1, (iii)(Tolerance)	-	0	-
3.1, Table-2(Breaking Load on 5 cm × 20 cm Strip (Ravelled Strip Method)-Warpway)	-	0	-
3.1, Table-2(Breaking Load on 5 cm × 20 cm Strip (Ravelled Strip Method)-Weftway)	-	0	-
3.1, Table-2(Tear Strength,-Warpway)	-	0	-
3.1, Table-2(Tear Strength,-Weftway)	-	0	-
3.1, Table-2(Fabric Skew, Percent, Max)	-	0	-
3.1, Table-2(Fabric Bow, Percent, Max)	-	0	-
3.1, Table-2("Dimensional Change, Percent,- Warpway/Weftway")	-	0	-
3.1, Table-2(Scouring Loss Percent, Max)	-	0	-
3.1, Table-2(pH Value)	-	0	-
3.1, Table-2(Resistance to Pilling, For 1 000 Cycles, Min)	-	0	-
3.1, Table-3 (i)("Light: a) Warp direction b) Weft direction")	-	0	-
3.1, Table-3 (ii)("Washing: a) Change in colour b) Staining of adjacent fabrics")	-	0	-
3.1, Table-3 (iii)(Bleaching: Hypochlorite)	-	0	-
3.1, Table-3 (iv)("Rubbing: a) Dry b) Wet")	-	0	-
3.1, Table-3 (v)("Perspiration, acidic and alkaline: a) Change in colour b) Staining of adjacent fabrics")	-	0	-
3.2(Fabric Content)	-	0	-
3.3(Freedom from Defects)	-	0	-
3.4(Sewing Thread)	-	0	-
3.5(Hems)	-	0	-
3.6(Sewing)	-	0	-
3.7, Table-4(- Size)	-	0	-
3.7, Table-4(Width,cm)	-	0	-
3.7, Table-4(Length, cm)	-	0	-
Cl-3.8(Soil Release Efficiency)	-	0	-
Cl-3.10(Whiteness Index)	-	0	-
Cl-3.9(Antimicrobial Activity)	-	0	-

26 Jul, 2027

-
Included w.e.f 05.05.2025 Exclusion: Cl-3.9 (Antimicrobial Activity)

133

IS 303 (2024)

Plywood for General Purposes â Specification (Fourth Revision)

Plywood for General Purposes-Specification

28000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl-5.1(Classification by appearance)	-	500	-
Cl-5.2, Table- 1 (i)(Blister)	-	0	-
Cl-5.2, Table- 1 (ii)(Checks)	-	0	-
Cl-5.2, Table- 1 (iii)(Discolouration)	-	0	-
Cl-5.2, Table- 1 (iv)(Dote)	-	0	-
Cl-5.2, Table- 1 (v)(Insect hole)	-	0	-
Cl-5.2, Table- 1 (vi)(Joints)	-	0	-
Cl-5.2, Table- 1 (vii)(Knots (dead))	-	0	-
Cl-5.2, Table- 1 (viii)(Pin knots (dead))	-	0	-
Cl-5.2, Table- 1 (ix)(Pin knots (live))	-	0	-
Cl-5.2, Table- 1 (x)(Knots (tight))	-	0	-
Cl-5.2, Table- 1 (xi)(Patches)	-	0	-
Cl-5.2, Table- 1 (xii)(Splits)	-	0	-
Cl-5.2, Table- 1 (xiii)(Swirl)	-	0	-
Cl-5.2, Table-2(Maximum Number of Categories of Permissible Defects, per m2)	-	0	-
Cl-6.1(Timber)	-	0	-
Cl-6.2(Adhesive)	-	2700	-
Cl-7.2.1(Thickness of veneers)	-	100	-
Cl-7.2.3(Grain Direction)	-	100	-
Cl-7.2.5.1(Gaps in cores and cross-bands)	-	100	-
Cl-7.2.5.2(Splits)	-	100	-
Cl-7.2.5.3(Overlap)	-	100	-
Cl-8.1(Dimensions -length)	-	700	-
Cl-8.2(Thickness of the plywood boards)	-	700	-
Cl-8.3(Squareness)	-	600	-
Cl-11.3.1, 11.3.1.1(Water Resistance Test)	-	5500	-
Cl-11.3.2(Mycological Test)	-	10000	-
Cl-11.4(Moisture Content)	-	1800	-
Cl-11.5, Table 4(Static Bending Strength - Modulus of Elasticity - Along the Face Grain - Average)	-	3000	-
Cl-11.5, Table 4(Static Bending Strength - Modulus of Elasticity - Along the Face Grain - Minimum Individual)	-	3000	-
Cl-11.6(Formaldehyde Content Test)	-	2000	-
Cl-11.7(Steady-State Formaldehyde Emission Test)	-	0	-
Cl-5.1(Classification by appearance)	-	0	-
Cl-5.2, Table- 1 (i)(Blister)	-	0	-
Cl-5.2, Table- 1 (ii)(Checks)	-	0	-
Cl-5.2, Table- 1 (iii)(Discolouration)	-	0	-
Cl-5.2, Table- 1 (iv)(Dote)	-	0	-
Cl-5.2, Table- 1 (v)(Insect hole)	-	0	-
Cl-5.2, Table- 1 (vi)(Joints)	-	0	-
Cl-5.2, Table- 1 (vii)(Knots (dead))	-	0	-
Cl-5.2, Table- 1 (viii)(Pin knots (dead))	-	0	-
Cl-5.2, Table- 1 (ix)(Pin knots (live))	-	0	-
Cl-5.2, Table- 1 (x)(Knots (tight))	-	0	-
Cl-5.2, Table- 1 (xi)(Patches)	-	0	-
Cl-5.2, Table- 1 (xii)(Splits)	-	0	-
Cl-5.2, Table- 1 (xiii)(Swirl)	-	0	-
Cl-5.2, Table-2(Maximum Number of Categories of Permissible Defects, per m2)	-	0	-
Cl-6.1(Timber)	-	0	-
Cl-6.2(Adhesive)	-	0	-
Cl-7.2.1(Thickness of veneers)	-	0	-
Cl-7.2.3(Grain Direction)	-	0	-
Cl-7.2.5.1(Gaps in cores and cross-bands)	-	0	-
Cl-7.2.5.2(Splits)	-	0	-
Cl-7.2.5.3(Overlap)	-	0	-
Cl-8.1(Dimensions -length)	-	0	-
Cl-8.2(Thickness of the plywood boards)	-	0	-
Cl-8.3(Squareness)	-	0	-
Cl-11.3.1, 11.3.1.1(Water Resistance Test)	-	0	-
Cl-11.3.2(Mycological Test)	-	0	-
Cl-11.4(Moisture Content)	-	0	-
Cl-11.5, Table 4(Static Bending Strength - Modulus of Elasticity - Along the Face Grain - Average)	-	0	-
Cl-11.5, Table 4(Static Bending Strength - Modulus of Elasticity - Along the Face Grain - Minimum Individual)	-	0	-
Cl-11.6(Formaldehyde Content Test)	-	0	-
Cl-11.7(Steady-State Formaldehyde Emission Test)	-	0	-
Cl-9(WORKMANSHIP AND FINISH)	-	0	-
Cl-7.2.4(Scarf Joints)	-	500	-
Cl-5.1(Classification by appearance)	-	0	-
Cl-5.2, Table- 1 (i)(Blister)	-	0	-
Cl-5.2, Table- 1 (ii)(Checks)	-	0	-
Cl-5.2, Table- 1 (iii)(Discolouration)	-	0	-
Cl-5.2, Table- 1 (iv)(Dote)	-	0	-
Cl-5.2, Table- 1 (v)(Insect hole)	-	0	-
Cl-5.2, Table- 1 (vi)(Joints)	-	0	-
Cl-5.2, Table- 1 (vii)(Knots (dead))	-	0	-
Cl-5.2, Table- 1 (viii)(Pin knots (dead))	-	0	-
Cl-5.2, Table- 1 (ix)(Pin knots (live))	-	0	-
Cl-5.2, Table- 1 (x)(Knots (tight))	-	0	-
Cl-5.2, Table- 1 (xi)(Patches)	-	0	-
Cl-5.2, Table- 1 (xii)(Splits)	-	0	-
Cl-5.2, Table- 1 (xiii)(Swirl)	-	0	-
Cl-5.2, Table-2(Maximum Number of Categories of Permissible Defects, per m2)	-	0	-
Cl-6.1(Timber)	-	0	-
Cl-6.2(Adhesive)	-	0	-
Cl-7.2.1(Thickness of veneers)	-	0	-
Cl-7.2.3(Grain Direction)	-	0	-
Cl-7.2.5.1(Gaps in cores and cross-bands)	-	0	-
Cl-7.2.5.2(Splits)	-	0	-
Cl-7.2.5.3(Overlap)	-	0	-
Cl-8.1(Dimensions -length)	-	0	-
Cl-8.2(Thickness of the plywood boards)	-	0	-
Cl-8.3(Squareness)	-	0	-
Cl-11.3.1, 11.3.1.1(Water Resistance Test)	-	0	-
Cl-11.3.2(Mycological Test)	-	0	-
Cl-11.4(Moisture Content)	-	0	-
Cl-11.5, Table 4(Static Bending Strength - Modulus of Elasticity - Along the Face Grain - Average)	-	0	-
Cl-11.5, Table 4(Static Bending Strength - Modulus of Elasticity - Along the Face Grain - Minimum Individual)	-	0	-
Cl-11.6(Formaldehyde Content Test)	-	0	-
Cl-11.7(Steady-State Formaldehyde Emission Test)	-	0	-
Cl-9(WORKMANSHIP AND FINISH)	-	0	-
Cl-7.2.4(Scarf Joints)	-	0	-
Cl-5.1(Classification by appearance)	-	0	-
Cl-5.2, Table- 1 (i)(Blister)	-	0	-
Cl-5.2, Table- 1 (ii)(Checks)	-	0	-
Cl-5.2, Table- 1 (iii)(Discolouration)	-	0	-
Cl-5.2, Table- 1 (iv)(Dote)	-	0	-
Cl-5.2, Table- 1 (v)(Insect hole)	-	0	-
Cl-5.2, Table- 1 (vi)(Joints)	-	0	-
Cl-5.2, Table- 1 (vii)(Knots (dead))	-	0	-
Cl-5.2, Table- 1 (viii)(Pin knots (dead))	-	0	-
Cl-5.2, Table- 1 (ix)(Pin knots (live))	-	0	-
Cl-5.2, Table- 1 (x)(Knots (tight))	-	0	-
Cl-5.2, Table- 1 (xi)(Patches)	-	0	-
Cl-5.2, Table- 1 (xii)(Splits)	-	0	-
Cl-5.2, Table- 1 (xiii)(Swirl)	-	0	-
Cl-5.2, Table-2(Maximum Number of Categories of Permissible Defects, per m2)	-	0	-
Cl-6.1(Timber)	-	0	-
Cl-6.2(Adhesive)	-	0	-
Cl-7.2.1(Thickness of veneers)	-	0	-
Cl-7.2.3(Grain Direction)	-	0	-
Cl-7.2.5.1(Gaps in cores and cross-bands)	-	0	-
Cl-7.2.5.2(Splits)	-	0	-
Cl-7.2.5.3(Overlap)	-	0	-
Cl-8.1(Dimensions -length)	-	0	-
Cl-8.2(Thickness of the plywood boards)	-	0	-
Cl-8.3(Squareness)	-	0	-
Cl-11.3.1, 11.3.1.1(Water Resistance Test)	-	0	-
Cl-11.3.2(Mycological Test)	-	0	-
Cl-11.4(Moisture Content)	-	0	-
Cl-11.5, Table 4(Static Bending Strength - Modulus of Elasticity - Along the Face Grain - Average)	-	0	-
Cl-11.5, Table 4(Static Bending Strength - Modulus of Elasticity - Along the Face Grain - Minimum Individual)	-	0	-
Cl-11.6(Formaldehyde Content Test)	-	0	-
Cl-11.7(Steady-State Formaldehyde Emission Test)	-	0	-
Cl-9(WORKMANSHIP AND FINISH)	-	0	-
Cl-7.2.4(Scarf Joints)	-	0	-

26 Jul, 2027

-
Included w.e.f.19.05.2025

134

IS 5557 (2004)

Industrial and protective rubber knee and ankle boots - Specification (Fourth Revision)

Industrial and protective rubber knee and ankle boots

8000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
5/5.1.7/5.1.7.8(REQUIREMENTS- Physical Requirements-Resistance to oil)	-	500	-
5/5.1.1-Fig. 1, Fig. 2 and Fig. 3(REQUIREMENTS-Design)	-	200	-
5/5.1.2 -IS 1638(REQUIREMENTS-Size)	-	200	-
5/5.1.3-Table1(REQUIREMENTS-Thickness)	-	200	-
5/5.1.4/5.1.4.1-Table2(REQUIREMENTS-Materials-Rubber components)	-	500	-
5/5.1.4/5.1.4.2(REQUIREMENTS-Materials-Fabric- accordance with IS 1969)	-	600	-
5/5.1.4/5.1.4.3(REQUIREMENTS-Materials-Protective Steel Toe Cap- an per IS 5852)	-	500	-
5/5.1.6/5.1.6.1-Fig. 1, Fig. 2, Fig. 3, .Fig. 4, Fig. 5 and Table 3.(REQUIREMENTS- Construction)	-	1000	-
5/5.1.6/5.1.6.2(REQUIREMENTS- Construction)	-	500	-
5/5.1.7/5.1.7.1(REQUIREMENTS- Physical Requirements-Heat treatment- as per IS 3400 (Part 4))	-	500	-
5/5.1.7/5.1.7.2(REQUIREMENTS- Physical Requirements-Composite strength)	-	500	-
5/5.1.7/5.1.7.3-Table 4(REQUIREMENTS- Physical Requirements-Flexing endurance- as per Annex B.)	-	600	-
5/5.1.7/5.1.7.4(REQUIREMENTS- Physical Requirements- Leakage resistance test)	-	500	-
5/5.1.7/5.1.7.5(REQUIREMENTS- Physical Requirements- Consolidation test- as per IS IS 3400 (Part 5))	-	3000	-
5/5.1.7/5.1.7.6(REQUIREMENTS- Physical Requirements- Performance test- as per Annex C)	-	0	-
5/5.1.7/5.1.7.7(REQUIREMENTS- Physical Requirements-Height of the boots)	-	500	-
5/5.1.7/5.1.7.8(REQUIREMENTS- Physical Requirements-Resistance to oil)	-	0	-
5/5.1.1-Fig. 1, Fig. 2 and Fig. 3(REQUIREMENTS-Design)	-	0	-
5/5.1.2 -IS 1638(REQUIREMENTS-Size)	-	0	-
5/5.1.3-Table1(REQUIREMENTS-Thickness)	-	0	-
5/5.1.4/5.1.4.1-Table2(REQUIREMENTS-Materials-Rubber components)	-	0	-
5/5.1.4/5.1.4.2(REQUIREMENTS-Materials-Fabric- accordance with IS 1969)	-	700	-
5/5.1.4/5.1.4.3(REQUIREMENTS-Materials-Protective Steel Toe Cap- an per IS 5852)	-	0	-
5/5.1.6/5.1.6.1-Fig. 1, Fig. 2, Fig. 3, .Fig. 4, Fig. 5 and Table 3.(REQUIREMENTS- Construction)	-	0	-
5/5.1.6/5.1.6.2(REQUIREMENTS- Construction)	-	0	-
5/5.1.7/5.1.7.1(REQUIREMENTS- Physical Requirements-Heat treatment- as per IS 3400 (Part 4))	-	0	-
5/5.1.7/5.1.7.2(REQUIREMENTS- Physical Requirements-Composite strength)	-	0	-
5/5.1.7/5.1.7.3-Table 4(REQUIREMENTS- Physical Requirements-Flexing endurance- as per Annex B.)	-	0	-
5/5.1.7/5.1.7.4(REQUIREMENTS- Physical Requirements- Leakage resistance test)	-	0	-
5/5.1.7/5.1.7.5(REQUIREMENTS- Physical Requirements- Consolidation test- as per IS IS 3400 (Part 5))	-	0	-
5/5.1.7/5.1.7.6(REQUIREMENTS- Physical Requirements- Performance test- as per Annex C)	-	0	-
5/5.1.7/5.1.7.7(REQUIREMENTS- Physical Requirements-Height of the boots)	-	0	-
5/5.1.7/5.1.7.8(REQUIREMENTS- Physical Requirements-Resistance to oil)	-	0	-
5/5.1.1-Fig. 1, Fig. 2 and Fig. 3(REQUIREMENTS-Design)	-	0	-
5/5.1.2 -IS 1638(REQUIREMENTS-Size)	-	0	-
5/5.1.3-Table1(REQUIREMENTS-Thickness)	-	0	-
5/5.1.4/5.1.4.1-Table2(REQUIREMENTS-Materials-Rubber components)	-	0	-
5/5.1.4/5.1.4.2(REQUIREMENTS-Materials-Fabric- accordance with IS 1969)	-	0	-
5/5.1.4/5.1.4.3(REQUIREMENTS-Materials-Protective Steel Toe Cap- an per IS 5852)	-	0	-
5/5.1.6/5.1.6.1-Fig. 1, Fig. 2, Fig. 3, .Fig. 4, Fig. 5 and Table 3.(REQUIREMENTS- Construction)	-	0	-
5/5.1.6/5.1.6.2(REQUIREMENTS- Construction)	-	0	-
5/5.1.7/5.1.7.1(REQUIREMENTS- Physical Requirements-Heat treatment- as per IS 3400 (Part 4))	-	0	-
5/5.1.7/5.1.7.2(REQUIREMENTS- Physical Requirements-Composite strength)	-	0	-
5/5.1.7/5.1.7.3-Table 4(REQUIREMENTS- Physical Requirements-Flexing endurance- as per Annex B.)	-	0	-
5/5.1.7/5.1.7.4(REQUIREMENTS- Physical Requirements- Leakage resistance test)	-	0	-
5/5.1.7/5.1.7.5(REQUIREMENTS- Physical Requirements- Consolidation test- as per IS IS 3400 (Part 5))	-	0	-
5/5.1.7/5.1.7.6(REQUIREMENTS- Physical Requirements- Performance test- as per Annex C)	-	0	-
5/5.1.7/5.1.7.7(REQUIREMENTS- Physical Requirements-Height of the boots)	-	0	-
5, 5.1(Requirement)	-	0	-
6.1(Marking)	-	200	-
6, 6.1(Packing)	-	0	-
5, 5.1(Requirement)	-	0	-
6.1(Marking)	-	0	-
6.2(Packing)	-	0	-

26 Jul, 2027

-
Included w.e.f 09.04.2025

135

IS 3976 (2018)

Safety Rubber Canvas Boots for Miners Ã¢â‚¬ Specification ( Sixth Revision )

Safety Rubber Canvas Boots for Miners

13000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl.5.2.5 Compact Sole Heel Cl.5.2.5.1 IS 3400 (Part 2)(requirements prescribed in col 3 of Table 2 when tested as per corresponding test methods prescribed in col 4 of Table 2. i)i) Hardness (IRHD)	-	150	-
Cl.6.3 Tear Strength of Compact Outsole( When outsoles are tested in accordance to 8.2 of IS 15298 (Part 1), the tear strength shall be not less than 8 kN/m for material having density higher than 0.9/cm³ and when density of material is less than or equal to 0.9 g/cm³, tear strength shall not be less than 5 kN/m.)	-	400	-
Cl.5.2.3 Coated Binding Material IS 1954( Coated binding materials shall conform to the requirements given in col 3 of Table 1 when tested according to the methods prescribed in col 4 of Table 1. i)Width in mm, )	-	200	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water coefficient as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	200	-
Cl.5.13 Energy Absorption Test(When footwear is tested in accordance with the method prescribed in 5.14 of IS 15298 (Part 1), the energy absorption of the seat region shall not be less than 20 J.)	-	500	-
Cl.5.2.3 Coated Binding Material Annex C(ii) Breaking load in N, Min (50 cm grip length test specimen) )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water vapour permeability as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
CL.5.2.10 Counter Stiffener( A counter stiffener, made out of textile reinforced withpolymer/rubber including (thermoplastic) having thickness not less than 1.5 mm is to be stitched at inside of upper so as to fortify the back of the footwear at joints of quarter.)	-	150	-
Cl.5.1.1 Fittings(Fittings of the footwear shall be in conformity to Table 9 of IS 1638 (measurement of men’s lasts) and Table 8 of IS 1638 (measurement of women’s lasts).)	-	150	-
Cl.5.2.1 Upper Cl.5.2.1.1 IS 3400(Part 5)( Composite upper material shall comply with consolidation test as per 5.10.(IS 3400 (Part 5). There shall be no separation at a load of 1.5 kg.))	-	150	-
Cl.5.2.2 Compact Insole/Compact Insocks/Counter Stiffener Lining(Textile material shall be used as lining material for compact insole/compact insocks / counter stiffener. It shall meet the requirement of tear strength as prescribed in 5.6.1 of IS 15298 (Part 2).)	-	400	-
Cl.5.2.5 Compact Sole Heel Cl. 5.2.5.1 (The compact sole heel shall be made out of polymeric/rubber components and the typical design recommendation (not mandatory) of compact sole heel is as shown in Fig. 3. Sectional view of Type 1/Type 2 ) toe position is given in Fig. 4.)	-	0	-
Cl.5.2.5 Compact Sole Heel 5.2.5.1 IS 3400 (Part 4)(ii)*Change in hardness after accelerated ageing at 100 ± 2 °C for 24 h )	-	0	-
Cl.5.2.5.3 Ageing for whole footwear(When rubber is used for manufacturing boots or when the outer sole heel is made of bi-polymer, the finished boots shall be aged at 100 ± 2°C for 24 h. On completion of test, all rubber components shall not develop any sign of tackiness or brittleness.)	-	300	-
Cl.5.2.5.4 Thickness of compact sole hee(Thickness of compact sole heel of the boots shall comply with the thickness and material requirements prescribed in Table 3.)	-	150	-
Cl.5.2.5.4 Thickness of compact sole hee(of black cotton thread, the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.6 Thread for Upper Closing( The length (m/kg) and construction of sewing thread shall conform to requirements as prescribed in Table 4.)	-	150	-
Cl.5.2.7 Safety Toe Cap(Safety toe cap as per 3.6 shall be fitted into the footwear and must not come out while in use.)	-	300	-
Cl.5.2.8.3( In case of cotton lace of black colour, the same shall be free from sulphur dyes when tested in accordance with Annex B. Two ends of the laces shall be provided with plastic tips.)	-	200	-
Cl.5.2.9 Eyelets( Aluminum eyelets of external collar diameter not less than 10 mm and wall thickness of 0.30 to 0.35 mm shall be used.)	-	150	-
Cl.5.4 Finish( In appearance, general workmanship and in all other respects with regard to finish and get up of the footwear, the footwear shall be matching to the approved sample of the purchaser.)	-	100	-
Cl.5.5 Mass(The mass of one pair of finished footwear of size 8 shall not exceed 1 500 g for Type 1 and 1 400 g for Type 2 with an increase or decrease of 100 g for each bigger or smaller size, respectively.)	-	100	-
Cl.5.6( Height of Upper Height of upper of the boots shall conform to column 5 (Design C) and column 4 (Design B) of 5.2.2, Table 4 of IS 15298 (Part 2) for Type 1 and Type 2, respectively when measured as per 6.2 of IS 15298 (Part 1) on the inside of the back of the footwear and from seat of the insole to top edge of the upper.)	-	100	-
Cl.5.7 Performance Test(When safety footwear is tested in accordance with the method described in 5.4 of IS 15298 (Part 1), at an impact energy of (200 ± 4) J, the clearance under the toecap at the moment of impact shall be in accordance with Table 5. In addition, the toecap shall not develop any cracks which go through the material, that is, through which light can be seen.)	-	700	-
Cl.5.8 Upper/Outsole Bond Strength(When the footwear is tested in accordance with the method prescribed in 5.2 of IS 15298 (Part 1), the bond strength shall not be less than 4.0 N/mm, unless there is tearing of the sole in which case the bond strength shall not be less than 3.0 N/mm.)	-	500	-
Cl.5.9 Sole Interlayer Bond Strength for Bi-polymer( and Bi-density Sole When tested in accordance with 5.2 of IS 15298 (Part 1), the bond strength between the outer or cleated layer and the adjacent layer shall not be less than 4.0 N/mm unless there is tearing of any part of the sole, in which case the bond strength shall not be less than 3.0 N/mm.)	-	500	-
Cl.5.10 Consolidation Test( Representative sample of width 25 ± 0.5 mm are cut out from the quarter of the upper along the length of boot. The plies are separated by breaking the bond. Carry out the test on two specimens in accordance with IS 3400 (Part 5). Th)	-	400	-
Cl.5.11 Compression Resistance( 5.11.1 When safety boots are tested in accordance with 5.5 of IS 15298 (Part 1), the clearance under the toe cap at a compression load of 15 kN ± 0.1 kN shall be in accordance with Table 5.)	-	300	-
Cl.5.12 Internal Length of Toe Cap( For safety boots, internal length of the toe cap shall meet the specification given in Table 5 of IS 15298 (Part 2) when tested as per 5.3 of IS 15298 (Part 1).)	-	200	-
Cl.6.1 Abrasion Resistance of Compact Outsole( When outsole is tested in accordance with 8.3 of IS 15298 (Part 1), the relative volume loss shall not be greater than 250 mm³ for materials having density 0.9 g/cm³ or less, and not greater than 150 mm³ for materials with density greater than 0.9 g/cm³.)	-	200	-
Cl.6.2 Flexing Resistance of Compact Outsole( When outsole is tested in accordance with 8.4 of IS 15298 (Part 1), the cut growth shall not be greater than 4 mm before 30 000 cycles.)	-	300	-
Cl.6.4 Resistance to Hot Contact( — Sole Heel When sole heel is tested in accordance with 8.7 of IS 15298 (Part 1), the material shall not melt/deform and shall not develop any cracks when bent around the mandrel.)	-	300	-
Cl.6.5 Hydrolysis( When bottom sole or other components are made out of polyurethane, the same shall be tested in accordance with 8.5 of IS 15298 (Part 1) and the same shall comply with 5.8.5 of IS 15298 (Part 2).)	-	400	-
Cl.5.2.5 Compact Sole Heel Cl.5.2.5.1 IS 3400 (Part 2)(requirements prescribed in col 3 of Table 2 when tested as per corresponding test methods prescribed in col 4 of Table 2. i)i) Hardness (IRHD)	-	0	-
Cl.6.3 Tear Strength of Compact Outsole( When outsoles are tested in accordance to 8.2 of IS 15298 (Part 1), the tear strength shall be not less than 8 kN/m for material having density higher than 0.9/cm³ and when density of material is less than or equal to 0.9 g/cm³, tear strength shall not be less than 5 kN/m.)	-	0	-
Cl.5.2.3 Coated Binding Material IS 1954( Coated binding materials shall conform to the requirements given in col 3 of Table 1 when tested according to the methods prescribed in col 4 of Table 1. i)Width in mm, )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water coefficient as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
Cl.5.13 Energy Absorption Test(When footwear is tested in accordance with the method prescribed in 5.14 of IS 15298 (Part 1), the energy absorption of the seat region shall not be less than 20 J.)	-	0	-
Cl.5.2.3 Coated Binding Material Annex C(ii) Breaking load in N, Min (50 cm grip length test specimen) )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water vapour permeability as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
CL.5.2.10 Counter Stiffener( A counter stiffener, made out of textile reinforced withpolymer/rubber including (thermoplastic) having thickness not less than 1.5 mm is to be stitched at inside of upper so as to fortify the back of the footwear at joints of quarter.)	-	0	-
Cl.5.1.1 Fittings(Fittings of the footwear shall be in conformity to Table 9 of IS 1638 (measurement of men’s lasts) and Table 8 of IS 1638 (measurement of women’s lasts).)	-	0	-
Cl.5.2.1 Upper Cl.5.2.1.1 IS 3400(Part 5)( Composite upper material shall comply with consolidation test as per 5.10.(IS 3400 (Part 5). There shall be no separation at a load of 1.5 kg.))	-	0	-
Cl.5.2.5.3 Ageing for whole footwear(When rubber is used for manufacturing boots or when the outer sole heel is made of bi-polymer, the finished boots shall be aged at 100 ± 2°C for 24 h. On completion of test, all rubber components shall not develop any sign of tackiness or brittleness.)	-	0	-
Cl.5.2.5 Compact Sole Heel 5.2.5.1 IS 3400 (Part 4)(ii)*Change in hardness after accelerated ageing at 100 ± 2 °C for 24 h )	-	0	-
Cl.5.2.5 Compact Sole Heel Cl. 5.2.5.1 (The compact sole heel shall be made out of polymeric/rubber components and the typical design recommendation (not mandatory) of compact sole heel is as shown in Fig. 3. Sectional view of Type 1/Type 2 ) toe position is given in Fig. 4.)	-	0	-
Cl.5.2.2 Compact Insole/Compact Insocks/Counter Stiffener Lining(Textile material shall be used as lining material for compact insole/compact insocks / counter stiffener. It shall meet the requirement of tear strength as prescribed in 5.6.1 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(Thickness of compact sole heel of the boots shall comply with the thickness and material requirements prescribed in Table 3.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(of black cotton thread, the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.6 Thread for Upper Closing( The length (m/kg) and construction of sewing thread shall conform to requirements as prescribed in Table 4.)	-	0	-
Cl.5.2.7 Safety Toe Cap(Safety toe cap as per 3.6 shall be fitted into the footwear and must not come out while in use.)	-	0	-
Cl.5.2.8.1( The boots shall be provided with laces having minimum length of 115 cm for Type 1 and minimum 100 cm for Type 2.)	-	200	-
Cl.5.2.8.2 (Minimum breaking load of 60 kg is to be achieved when tested between 18 cm grip length in accordance with Annex C.)	-	200	-
Cl.5.2.8.3( In case of cotton lace of black colour, the same shall be free from sulphur dyes when tested in accordance with Annex B. Two ends of the laces shall be provided with plastic tips.)	-	0	-
Cl.5.2.9 Eyelets( Aluminum eyelets of external collar diameter not less than 10 mm and wall thickness of 0.30 to 0.35 mm shall be used.)	-	0	-
Cl.5.4 Finish( In appearance, general workmanship and in all other respects with regard to finish and get up of the footwear, the footwear shall be matching to the approved sample of the purchaser.)	-	0	-
Cl.5.5 Mass(The mass of one pair of finished footwear of size 8 shall not exceed 1 500 g for Type 1 and 1 400 g for Type 2 with an increase or decrease of 100 g for each bigger or smaller size, respectively.)	-	0	-
Cl.5.6( Height of Upper Height of upper of the boots shall conform to column 5 (Design C) and column 4 (Design B) of 5.2.2, Table 4 of IS 15298 (Part 2) for Type 1 and Type 2, respectively when measured as per 6.2 of IS 15298 (Part 1) on the inside of the back of the footwear and from seat of the insole to top edge of the upper.)	-	0	-
Cl.5.7 Performance Test(When safety footwear is tested in accordance with the method described in 5.4 of IS 15298 (Part 1), at an impact energy of (200 ± 4) J, the clearance under the toecap at the moment of impact shall be in accordance with Table 5. In addition, the toecap shall not develop any cracks which go through the material, that is, through which light can be seen.)	-	0	-
Cl.5.8 Upper/Outsole Bond Strength(When the footwear is tested in accordance with the method prescribed in 5.2 of IS 15298 (Part 1), the bond strength shall not be less than 4.0 N/mm, unless there is tearing of the sole in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.9 Sole Interlayer Bond Strength for Bi-polymer( and Bi-density Sole When tested in accordance with 5.2 of IS 15298 (Part 1), the bond strength between the outer or cleated layer and the adjacent layer shall not be less than 4.0 N/mm unless there is tearing of any part of the sole, in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.10 Consolidation Test( Representative sample of width 25 ± 0.5 mm are cut out from the quarter of the upper along the length of boot. The plies are separated by breaking the bond. Carry out the test on two specimens in accordance with IS 3400 (Part 5). Th)	-	0	-
Cl.5.11 Compression Resistance( 5.11.1 When safety boots are tested in accordance with 5.5 of IS 15298 (Part 1), the clearance under the toe cap at a compression load of 15 kN ± 0.1 kN shall be in accordance with Table 5.)	-	0	-
Cl.5.12 Internal Length of Toe Cap( For safety boots, internal length of the toe cap shall meet the specification given in Table 5 of IS 15298 (Part 2) when tested as per 5.3 of IS 15298 (Part 1).)	-	0	-
Cl.6.1 Abrasion Resistance of Compact Outsole( When outsole is tested in accordance with 8.3 of IS 15298 (Part 1), the relative volume loss shall not be greater than 250 mm³ for materials having density 0.9 g/cm³ or less, and not greater than 150 mm³ for materials with density greater than 0.9 g/cm³.)	-	0	-
Cl.6.2 Flexing Resistance of Compact Outsole( When outsole is tested in accordance with 8.4 of IS 15298 (Part 1), the cut growth shall not be greater than 4 mm before 30 000 cycles.)	-	0	-
Cl.6.4 Resistance to Hot Contact( — Sole Heel When sole heel is tested in accordance with 8.7 of IS 15298 (Part 1), the material shall not melt/deform and shall not develop any cracks when bent around the mandrel.)	-	0	-
Cl.6.5 Hydrolysis( When bottom sole or other components are made out of polyurethane, the same shall be tested in accordance with 8.5 of IS 15298 (Part 1) and the same shall comply with 5.8.5 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl.5.2.5.1 IS 3400 (Part 2)(requirements prescribed in col 3 of Table 2 when tested as per corresponding test methods prescribed in col 4 of Table 2. i)i) Hardness (IRHD)	-	0	-
Cl.6.3 Tear Strength of Compact Outsole( When outsoles are tested in accordance to 8.2 of IS 15298 (Part 1), the tear strength shall be not less than 8 kN/m for material having density higher than 0.9/cm³ and when density of material is less than or equal to 0.9 g/cm³, tear strength shall not be less than 5 kN/m.)	-	0	-
Cl.5.2.3 Coated Binding Material IS 1954( Coated binding materials shall conform to the requirements given in col 3 of Table 1 when tested according to the methods prescribed in col 4 of Table 1. i)Width in mm, )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water coefficient as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
Cl.5.13 Energy Absorption Test(When footwear is tested in accordance with the method prescribed in 5.14 of IS 15298 (Part 1), the energy absorption of the seat region shall not be less than 20 J.)	-	0	-
Cl.5.2.3 Coated Binding Material Annex C(ii) Breaking load in N, Min (50 cm grip length test specimen) )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water vapour permeability as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
CL.5.2.10 Counter Stiffener( A counter stiffener, made out of textile reinforced withpolymer/rubber including (thermoplastic) having thickness not less than 1.5 mm is to be stitched at inside of upper so as to fortify the back of the footwear at joints of quarter.)	-	0	-
Cl.5.1.1 Fittings(Fittings of the footwear shall be in conformity to Table 9 of IS 1638 (measurement of men’s lasts) and Table 8 of IS 1638 (measurement of women’s lasts).)	-	0	-
Cl.5.2.1 Upper Cl.5.2.1.1 IS 3400(Part 5)( Composite upper material shall comply with consolidation test as per 5.10.(IS 3400 (Part 5). There shall be no separation at a load of 1.5 kg.))	-	0	-
Cl.5.2.1.2( Composite upper material shall comply with tear strength as per 5.4.3 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.1.5( Inner layer of upper shall meet requirement of abrasion resistance as prescribed in 5.5.2 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.2.1 Abrasion resistance of compact insole/insocks/ counter stiffener( When textiles used as lining for all the above are tested in accordance with 6.12 of IS 15298 (Part 1), the lining shall not develop any holes before the following number of cycles has been performed:)	-	0	-
Cl.5.2.2 Compact Insole/Compact Insocks/Counter Stiffener Lining(Textile material shall be used as lining material for compact insole/compact insocks / counter stiffener. It shall meet the requirement of tear strength as prescribed in 5.6.1 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.2.1 Abrasion resistance of compact insole/insocks/ counter stiffener( When textiles used as lining for all the above are tested in accordance with 6.12 of IS 15298 (Part 1), the lining shall not develop any holes before the following number of cycles has been performed:)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl. 5.2.5.1 (The compact sole heel shall be made out of polymeric/rubber components and the typical design recommendation (not mandatory) of compact sole heel is as shown in Fig. 3. Sectional view of Type 1/Type 2 ) toe position is given in Fig. 4.)	-	0	-
Cl.5.2.5 Compact Sole Heel 5.2.5.1 IS 3400 (Part 4)(ii)*Change in hardness after accelerated ageing at 100 ± 2 °C for 24 h )	-	0	-
Cl.5.2.5.3 Ageing for whole footwear(When rubber is used for manufacturing boots or when the outer sole heel is made of bi-polymer, the finished boots shall be aged at 100 ± 2°C for 24 h. On completion of test, all rubber components shall not develop any sign of tackiness or brittleness.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(Thickness of compact sole heel of the boots shall comply with the thickness and material requirements prescribed in Table 3.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(of black cotton thread, the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.6 Thread for Upper Closing( The length (m/kg) and construction of sewing thread shall conform to requirements as prescribed in Table 4.)	-	0	-
Cl.5.2.7 Safety Toe Cap(Safety toe cap as per 3.6 shall be fitted into the footwear and must not come out while in use.)	-	0	-
Cl.5.3.2 (The tongue shall be made out of composite upper material and shall be half bellow type for Type 2 and full bellow type for Type 1.)	-	0	-
Cl.5.2.9 Eyelets( Aluminum eyelets of external collar diameter not less than 10 mm and wall thickness of 0.30 to 0.35 mm shall be used.)	-	0	-
Cl.5.3.5 Outer toe cap( shall be provided which is made of polymer/rubber and it shall be strongly adhered such that it shall not open up or come out while in use. Toe of the boot shall be reinforced with safety toe cap)	-	0	-
Cl.5.3.6( A designed foxing of width of minimum 25 mm and of thickness of minimum 2 mm is to be provided. The foxing shall not extend the edges of the outer sole.)	-	0	-
Cl.5.3.7( Two pairs of detachable insocks are to be provided. The insocks shall be compact in nature having thickness not less than 2 mm.)	-	0	-
Cl.5.4 Finish( In appearance, general workmanship and in all other respects with regard to finish and get up of the footwear, the footwear shall be matching to the approved sample of the purchaser.)	-	0	-
Cl.5.5 Mass(The mass of one pair of finished footwear of size 8 shall not exceed 1 500 g for Type 1 and 1 400 g for Type 2 with an increase or decrease of 100 g for each bigger or smaller size, respectively.)	-	0	-
Cl.5.6( Height of Upper Height of upper of the boots shall conform to column 5 (Design C) and column 4 (Design B) of 5.2.2, Table 4 of IS 15298 (Part 2) for Type 1 and Type 2, respectively when measured as per 6.2 of IS 15298 (Part 1) on the inside of the back of the footwear and from seat of the insole to top edge of the upper.)	-	0	-
Cl.5.7 Performance Test(When safety footwear is tested in accordance with the method described in 5.4 of IS 15298 (Part 1), at an impact energy of (200 ± 4) J, the clearance under the toecap at the moment of impact shall be in accordance with Table 5. In addition, the toecap shall not develop any cracks which go through the material, that is, through which light can be seen.)	-	0	-
Cl.5.8 Upper/Outsole Bond Strength(When the footwear is tested in accordance with the method prescribed in 5.2 of IS 15298 (Part 1), the bond strength shall not be less than 4.0 N/mm, unless there is tearing of the sole in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.9 Sole Interlayer Bond Strength for Bi-polymer( and Bi-density Sole When tested in accordance with 5.2 of IS 15298 (Part 1), the bond strength between the outer or cleated layer and the adjacent layer shall not be less than 4.0 N/mm unless there is tearing of any part of the sole, in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.2.3.1 In case of cotton black binding materia( the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.8.1( The boots shall be provided with laces having minimum length of 115 cm for Type 1 and minimum 100 cm for Type 2.)	-	0	-
Cl.5.2.8.2 (Minimum breaking load of 60 kg is to be achieved when tested between 18 cm grip length in accordance with Annex C.)	-	0	-
Cl.5.3.2 (The tongue shall be made out of composite upper material and shall be half bellow type for Type 2 and full bellow type for Type 1.)	-	0	-
Cl.5.3.5 Outer toe cap( shall be provided which is made of polymer/rubber and it shall be strongly adhered such that it shall not open up or come out while in use. Toe of the boot shall be reinforced with safety toe cap)	-	0	-
Cl.5.10 Consolidation Test( Representative sample of width 25 ± 0.5 mm are cut out from the quarter of the upper along the length of boot. The plies are separated by breaking the bond. Carry out the test on two specimens in accordance with IS 3400 (Part 5). Th)	-	0	-
Cl.5.11 Compression Resistance( 5.11.1 When safety boots are tested in accordance with 5.5 of IS 15298 (Part 1), the clearance under the toe cap at a compression load of 15 kN ± 0.1 kN shall be in accordance with Table 5.)	-	0	-
Cl.5.12 Internal Length of Toe Cap( For safety boots, internal length of the toe cap shall meet the specification given in Table 5 of IS 15298 (Part 2) when tested as per 5.3 of IS 15298 (Part 1).)	-	0	-
Cl.6.1 Abrasion Resistance of Compact Outsole( When outsole is tested in accordance with 8.3 of IS 15298 (Part 1), the relative volume loss shall not be greater than 250 mm³ for materials having density 0.9 g/cm³ or less, and not greater than 150 mm³ for materials with density greater than 0.9 g/cm³.)	-	0	-
Cl.6.2 Flexing Resistance of Compact Outsole( When outsole is tested in accordance with 8.4 of IS 15298 (Part 1), the cut growth shall not be greater than 4 mm before 30 000 cycles.)	-	0	-
Cl.6.4 Resistance to Hot Contact( — Sole Heel When sole heel is tested in accordance with 8.7 of IS 15298 (Part 1), the material shall not melt/deform and shall not develop any cracks when bent around the mandrel.)	-	0	-
Cl.6.5 Hydrolysis( When bottom sole or other components are made out of polyurethane, the same shall be tested in accordance with 8.5 of IS 15298 (Part 1) and the same shall comply with 5.8.5 of IS 15298 (Part 2).)	-	0	-
4(Types)	-	0	-
5(Requirements)	-	0	-
5.1(Design)	-	0	-
5.10(consolidation test IS 3400 (Part 5))	-	0	-
5.2.4(Reinforcing Material)	-	0	-
5.2.8.4(Colour of the lace)	-	0	-
5.3, 5.3.1,5.3.3,5.3.4(Construction)	-	100	-
5.10(Consolidation Test IS 3400 (Part 5) : 1986)	-	0	-
8(CHEMICAL REQUIREMENTS)	-	1500	-
9, 9.1(BIS CERTIFICATION MARKING)	-	50	-
10(Marking)	-	50	-
11(Packing)	-	50	-
Cl. 5.2.4(Reinforcing Material)	-	100	-
Cl. 5.2.8.4(Colour of the lace)	-	0	-
Cl. 5.3(Construction 5.3.1,5.3.3,5.3.4)	-	0	-
10(Marking)	-	0	-
7.1(Resistance to fuel)	-	300	-
7.2(Resistance to electricity)	-	300	-
9, 9.1(BIS CERTIFICATION MARKING)	-	0	-
Cl. 8 (IS 17011, Table-1 (i))(Allergenic and carcinogenic disperse dyes)	-	0	-
Cl.5.2.1.3 , Cl.6.5 of IS 15298 (Part 1).( Composite upper material shall develop no cracks before 150 000 cycles when tested in accordance with 6.5 of IS 15298 (Part 1).)	-	0	-
Cl.5.3.6( A designed foxing of width of minimum 25 mm and of thickness of minimum 2 mm is to be provided. The foxing shall not extend the edges of the outer sole.)	-	0	-
Cl.5.3.7( Two pairs of detachable insocks are to be provided. The insocks shall be compact in nature having thickness not less than 2 mm.)	-	0	-
Cl.5.2.1.2( Composite upper material shall comply with tear strength as per 5.4.3 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.1.3 , Cl.6.5 of IS 15298 (Part 1).( Composite upper material shall develop no cracks before 150 000 cycles when tested in accordance with 6.5 of IS 15298 (Part 1).)	-	0	-
Cl.5.2.1.5( Inner layer of upper shall meet requirement of abrasion resistance as prescribed in 5.5.2 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.2.1 Abrasion resistance of compact insole/insocks/ counter stiffener( When textiles used as lining for all the above are tested in accordance with 6.12 of IS 15298 (Part 1), the lining shall not develop any holes before the following number of cycles has been performed:)	-	800	-
Cl.5.2.3.1 In case of cotton black binding materia( the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.3.2 (The tongue shall be made out of composite upper material and shall be half bellow type for Type 2 and full bellow type for Type 1.)	-	100	-
Cl.5.3.5 Outer toe cap( shall be provided which is made of polymer/rubber and it shall be strongly adhered such that it shall not open up or come out while in use. Toe of the boot shall be reinforced with safety toe cap)	-	800	-
Cl.5.3.6( A designed foxing of width of minimum 25 mm and of thickness of minimum 2 mm is to be provided. The foxing shall not extend the edges of the outer sole.)	-	0	-
Cl.5.3.7( Two pairs of detachable insocks are to be provided. The insocks shall be compact in nature having thickness not less than 2 mm.)	-	0	-
Cl.5.2.1.2( Composite upper material shall comply with tear strength as per 5.4.3 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.1.3 , Cl.6.5 of IS 15298 (Part 1).( Composite upper material shall develop no cracks before 150 000 cycles when tested in accordance with 6.5 of IS 15298 (Part 1).)	-	0	-
Cl.5.2.1.5( Inner layer of upper shall meet requirement of abrasion resistance as prescribed in 5.5.2 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.3.1 In case of cotton black binding materia( the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
11(PACKING)	-	0	-
Cl.5.2.8.1( The boots shall be provided with laces having minimum length of 115 cm for Type 1 and minimum 100 cm for Type 2.)	-	100	-
Cl.5.2.8.2 (Minimum breaking load of 60 kg is to be achieved when tested between 18 cm grip length in accordance with Annex C.)	-	700	-
Cl.5.2.8.3( In case of cotton lace of black colour, the same shall be free from sulphur dyes when tested in accordance with Annex B. Two ends of the laces shall be provided with plastic tips.)	-	0	-
Cl.5.12 Internal Length of Toe Cap( For safety boots, internal length of the toe cap shall meet the specification given in Table 5 of IS 15298 (Part 2) when tested as per 5.3 of IS 15298 (Part 1).)	-	0	-
Cl.6.3 Tear Strength of Compact Outsole( When outsoles are tested in accordance to 8.2 of IS 15298 (Part 1), the tear strength shall be not less than 8 kN/m for material having density higher than 0.9/cm³ and when density of material is less than or equal to 0.9 g/cm³, tear strength shall not be less than 5 kN/m.)	-	0	-
Cl.5.2.3 Coated Binding Material IS 1954( Coated binding materials shall conform to the requirements given in col 3 of Table 1 when tested according to the methods prescribed in col 4 of Table 1. i)Width in mm, )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water coefficient as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
Cl.5.13 Energy Absorption Test(When footwear is tested in accordance with the method prescribed in 5.14 of IS 15298 (Part 1), the energy absorption of the seat region shall not be less than 20 J.)	-	0	-
Cl.5.2.3 Coated Binding Material Annex C(ii) Breaking load in N, Min (50 cm grip length test specimen) )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water vapour permeability as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
CL.5.2.10 Counter Stiffener( A counter stiffener, made out of textile reinforced withpolymer/rubber including (thermoplastic) having thickness not less than 1.5 mm is to be stitched at inside of upper so as to fortify the back of the footwear at joints of quarter.)	-	0	-
Cl.5.1.1 Fittings(Fittings of the footwear shall be in conformity to Table 9 of IS 1638 (measurement of men’s lasts) and Table 8 of IS 1638 (measurement of women’s lasts).)	-	0	-
Cl.5.2.1 Upper Cl.5.2.1.1 IS 3400(Part 5)( Composite upper material shall comply with consolidation test as per 5.10.(IS 3400 (Part 5). There shall be no separation at a load of 1.5 kg.))	-	0	-
Cl.5.2.2 Compact Insole/Compact Insocks/Counter Stiffener Lining(Textile material shall be used as lining material for compact insole/compact insocks / counter stiffener. It shall meet the requirement of tear strength as prescribed in 5.6.1 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl. 5.2.5.1 (The compact sole heel shall be made out of polymeric/rubber components and the typical design recommendation (not mandatory) of compact sole heel is as shown in Fig. 3. Sectional view of Type 1/Type 2 ) toe position is given in Fig. 4.)	-	0	-
Cl.5.2.5 Compact Sole Heel 5.2.5.1 IS 3400 (Part 4)(ii)*Change in hardness after accelerated ageing at 100 ± 2 °C for 24 h )	-	0	-
Cl.5.2.5.3 Ageing for whole footwear(When rubber is used for manufacturing boots or when the outer sole heel is made of bi-polymer, the finished boots shall be aged at 100 ± 2°C for 24 h. On completion of test, all rubber components shall not develop any sign of tackiness or brittleness.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(Thickness of compact sole heel of the boots shall comply with the thickness and material requirements prescribed in Table 3.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(of black cotton thread, the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.6 Thread for Upper Closing( The length (m/kg) and construction of sewing thread shall conform to requirements as prescribed in Table 4.)	-	0	-
Cl.5.2.7 Safety Toe Cap(Safety toe cap as per 3.6 shall be fitted into the footwear and must not come out while in use.)	-	0	-
Cl.5.2.8.3( In case of cotton lace of black colour, the same shall be free from sulphur dyes when tested in accordance with Annex B. Two ends of the laces shall be provided with plastic tips.)	-	0	-
Cl.5.2.9 Eyelets( Aluminum eyelets of external collar diameter not less than 10 mm and wall thickness of 0.30 to 0.35 mm shall be used.)	-	0	-
Cl.5.4 Finish( In appearance, general workmanship and in all other respects with regard to finish and get up of the footwear, the footwear shall be matching to the approved sample of the purchaser.)	-	0	-
Cl.5.5 Mass(The mass of one pair of finished footwear of size 8 shall not exceed 1 500 g for Type 1 and 1 400 g for Type 2 with an increase or decrease of 100 g for each bigger or smaller size, respectively.)	-	0	-
Cl.5.6( Height of Upper Height of upper of the boots shall conform to column 5 (Design C) and column 4 (Design B) of 5.2.2, Table 4 of IS 15298 (Part 2) for Type 1 and Type 2, respectively when measured as per 6.2 of IS 15298 (Part 1) on the inside of the back of the footwear and from seat of the insole to top edge of the upper.)	-	0	-
Cl.5.7 Performance Test(When safety footwear is tested in accordance with the method described in 5.4 of IS 15298 (Part 1), at an impact energy of (200 ± 4) J, the clearance under the toecap at the moment of impact shall be in accordance with Table 5. In addition, the toecap shall not develop any cracks which go through the material, that is, through which light can be seen.)	-	0	-
Cl.5.8 Upper/Outsole Bond Strength(When the footwear is tested in accordance with the method prescribed in 5.2 of IS 15298 (Part 1), the bond strength shall not be less than 4.0 N/mm, unless there is tearing of the sole in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.9 Sole Interlayer Bond Strength for Bi-polymer( and Bi-density Sole When tested in accordance with 5.2 of IS 15298 (Part 1), the bond strength between the outer or cleated layer and the adjacent layer shall not be less than 4.0 N/mm unless there is tearing of any part of the sole, in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.10 Consolidation Test( Representative sample of width 25 ± 0.5 mm are cut out from the quarter of the upper along the length of boot. The plies are separated by breaking the bond. Carry out the test on two specimens in accordance with IS 3400 (Part 5). Th)	-	0	-
Cl.5.11 Compression Resistance( 5.11.1 When safety boots are tested in accordance with 5.5 of IS 15298 (Part 1), the clearance under the toe cap at a compression load of 15 kN ± 0.1 kN shall be in accordance with Table 5.)	-	0	-
Cl.5.12 Internal Length of Toe Cap( For safety boots, internal length of the toe cap shall meet the specification given in Table 5 of IS 15298 (Part 2) when tested as per 5.3 of IS 15298 (Part 1).)	-	0	-
Cl.6.1 Abrasion Resistance of Compact Outsole( When outsole is tested in accordance with 8.3 of IS 15298 (Part 1), the relative volume loss shall not be greater than 250 mm³ for materials having density 0.9 g/cm³ or less, and not greater than 150 mm³ for materials with density greater than 0.9 g/cm³.)	-	0	-
Cl.6.2 Flexing Resistance of Compact Outsole( When outsole is tested in accordance with 8.4 of IS 15298 (Part 1), the cut growth shall not be greater than 4 mm before 30 000 cycles.)	-	0	-
Cl.6.4 Resistance to Hot Contact( — Sole Heel When sole heel is tested in accordance with 8.7 of IS 15298 (Part 1), the material shall not melt/deform and shall not develop any cracks when bent around the mandrel.)	-	0	-
Cl.6.5 Hydrolysis( When bottom sole or other components are made out of polyurethane, the same shall be tested in accordance with 8.5 of IS 15298 (Part 1) and the same shall comply with 5.8.5 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl.5.2.5.1 IS 3400 (Part 2)(requirements prescribed in col 3 of Table 2 when tested as per corresponding test methods prescribed in col 4 of Table 2. i)i) Hardness (IRHD)	-	0	-
Cl.6.3 Tear Strength of Compact Outsole( When outsoles are tested in accordance to 8.2 of IS 15298 (Part 1), the tear strength shall be not less than 8 kN/m for material having density higher than 0.9/cm³ and when density of material is less than or equal to 0.9 g/cm³, tear strength shall not be less than 5 kN/m.)	-	0	-
Cl.5.2.3 Coated Binding Material IS 1954( Coated binding materials shall conform to the requirements given in col 3 of Table 1 when tested according to the methods prescribed in col 4 of Table 1. i)Width in mm, )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water coefficient as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
Cl.5.13 Energy Absorption Test(When footwear is tested in accordance with the method prescribed in 5.14 of IS 15298 (Part 1), the energy absorption of the seat region shall not be less than 20 J.)	-	0	-
Cl.5.2.3 Coated Binding Material Annex C(ii) Breaking load in N, Min (50 cm grip length test specimen) )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water vapour permeability as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
CL.5.2.10 Counter Stiffener( A counter stiffener, made out of textile reinforced withpolymer/rubber including (thermoplastic) having thickness not less than 1.5 mm is to be stitched at inside of upper so as to fortify the back of the footwear at joints of quarter.)	-	0	-
Cl.5.1.1 Fittings(Fittings of the footwear shall be in conformity to Table 9 of IS 1638 (measurement of men’s lasts) and Table 8 of IS 1638 (measurement of women’s lasts).)	-	0	-
Cl.5.2.1 Upper Cl.5.2.1.1 IS 3400(Part 5)( Composite upper material shall comply with consolidation test as per 5.10.(IS 3400 (Part 5). There shall be no separation at a load of 1.5 kg.))	-	0	-
Cl.5.2.5.3 Ageing for whole footwear(When rubber is used for manufacturing boots or when the outer sole heel is made of bi-polymer, the finished boots shall be aged at 100 ± 2°C for 24 h. On completion of test, all rubber components shall not develop any sign of tackiness or brittleness.)	-	0	-
Cl.5.2.5 Compact Sole Heel 5.2.5.1 IS 3400 (Part 4)(ii)*Change in hardness after accelerated ageing at 100 ± 2 °C for 24 h )	-	0	-
Cl.5.2.5 Compact Sole Heel Cl. 5.2.5.1 (The compact sole heel shall be made out of polymeric/rubber components and the typical design recommendation (not mandatory) of compact sole heel is as shown in Fig. 3. Sectional view of Type 1/Type 2 ) toe position is given in Fig. 4.)	-	0	-
Cl.5.2.2 Compact Insole/Compact Insocks/Counter Stiffener Lining(Textile material shall be used as lining material for compact insole/compact insocks / counter stiffener. It shall meet the requirement of tear strength as prescribed in 5.6.1 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(Thickness of compact sole heel of the boots shall comply with the thickness and material requirements prescribed in Table 3.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(of black cotton thread, the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.6 Thread for Upper Closing( The length (m/kg) and construction of sewing thread shall conform to requirements as prescribed in Table 4.)	-	0	-
Cl.5.2.7 Safety Toe Cap(Safety toe cap as per 3.6 shall be fitted into the footwear and must not come out while in use.)	-	0	-
Cl.5.2.8.1( The boots shall be provided with laces having minimum length of 115 cm for Type 1 and minimum 100 cm for Type 2.)	-	0	-
Cl.5.2.8.2 (Minimum breaking load of 60 kg is to be achieved when tested between 18 cm grip length in accordance with Annex C.)	-	0	-
Cl.5.2.8.3( In case of cotton lace of black colour, the same shall be free from sulphur dyes when tested in accordance with Annex B. Two ends of the laces shall be provided with plastic tips.)	-	0	-
Cl.5.2.9 Eyelets( Aluminum eyelets of external collar diameter not less than 10 mm and wall thickness of 0.30 to 0.35 mm shall be used.)	-	0	-
Cl.5.4 Finish( In appearance, general workmanship and in all other respects with regard to finish and get up of the footwear, the footwear shall be matching to the approved sample of the purchaser.)	-	0	-
Cl.5.5 Mass(The mass of one pair of finished footwear of size 8 shall not exceed 1 500 g for Type 1 and 1 400 g for Type 2 with an increase or decrease of 100 g for each bigger or smaller size, respectively.)	-	0	-
Cl.5.6( Height of Upper Height of upper of the boots shall conform to column 5 (Design C) and column 4 (Design B) of 5.2.2, Table 4 of IS 15298 (Part 2) for Type 1 and Type 2, respectively when measured as per 6.2 of IS 15298 (Part 1) on the inside of the back of the footwear and from seat of the insole to top edge of the upper.)	-	0	-
Cl.5.7 Performance Test(When safety footwear is tested in accordance with the method described in 5.4 of IS 15298 (Part 1), at an impact energy of (200 ± 4) J, the clearance under the toecap at the moment of impact shall be in accordance with Table 5. In addition, the toecap shall not develop any cracks which go through the material, that is, through which light can be seen.)	-	0	-
Cl.5.8 Upper/Outsole Bond Strength(When the footwear is tested in accordance with the method prescribed in 5.2 of IS 15298 (Part 1), the bond strength shall not be less than 4.0 N/mm, unless there is tearing of the sole in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.9 Sole Interlayer Bond Strength for Bi-polymer( and Bi-density Sole When tested in accordance with 5.2 of IS 15298 (Part 1), the bond strength between the outer or cleated layer and the adjacent layer shall not be less than 4.0 N/mm unless there is tearing of any part of the sole, in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.10 Consolidation Test( Representative sample of width 25 ± 0.5 mm are cut out from the quarter of the upper along the length of boot. The plies are separated by breaking the bond. Carry out the test on two specimens in accordance with IS 3400 (Part 5). Th)	-	0	-
Cl.5.11 Compression Resistance( 5.11.1 When safety boots are tested in accordance with 5.5 of IS 15298 (Part 1), the clearance under the toe cap at a compression load of 15 kN ± 0.1 kN shall be in accordance with Table 5.)	-	0	-
Cl.5.12 Internal Length of Toe Cap( For safety boots, internal length of the toe cap shall meet the specification given in Table 5 of IS 15298 (Part 2) when tested as per 5.3 of IS 15298 (Part 1).)	-	0	-
Cl.6.1 Abrasion Resistance of Compact Outsole( When outsole is tested in accordance with 8.3 of IS 15298 (Part 1), the relative volume loss shall not be greater than 250 mm³ for materials having density 0.9 g/cm³ or less, and not greater than 150 mm³ for materials with density greater than 0.9 g/cm³.)	-	0	-
Cl.6.2 Flexing Resistance of Compact Outsole( When outsole is tested in accordance with 8.4 of IS 15298 (Part 1), the cut growth shall not be greater than 4 mm before 30 000 cycles.)	-	0	-
Cl.6.4 Resistance to Hot Contact( — Sole Heel When sole heel is tested in accordance with 8.7 of IS 15298 (Part 1), the material shall not melt/deform and shall not develop any cracks when bent around the mandrel.)	-	0	-
Cl.6.5 Hydrolysis( When bottom sole or other components are made out of polyurethane, the same shall be tested in accordance with 8.5 of IS 15298 (Part 1) and the same shall comply with 5.8.5 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl.5.2.5.1 IS 3400 (Part 2)(requirements prescribed in col 3 of Table 2 when tested as per corresponding test methods prescribed in col 4 of Table 2. i)i) Hardness (IRHD)	-	0	-
Cl.6.3 Tear Strength of Compact Outsole( When outsoles are tested in accordance to 8.2 of IS 15298 (Part 1), the tear strength shall be not less than 8 kN/m for material having density higher than 0.9/cm³ and when density of material is less than or equal to 0.9 g/cm³, tear strength shall not be less than 5 kN/m.)	-	0	-
Cl.5.2.3 Coated Binding Material IS 1954( Coated binding materials shall conform to the requirements given in col 3 of Table 1 when tested according to the methods prescribed in col 4 of Table 1. i)Width in mm, )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water coefficient as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
Cl.5.13 Energy Absorption Test(When footwear is tested in accordance with the method prescribed in 5.14 of IS 15298 (Part 1), the energy absorption of the seat region shall not be less than 20 J.)	-	0	-
Cl.5.2.3 Coated Binding Material Annex C(ii) Breaking load in N, Min (50 cm grip length test specimen) )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water vapour permeability as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
CL.5.2.10 Counter Stiffener( A counter stiffener, made out of textile reinforced withpolymer/rubber including (thermoplastic) having thickness not less than 1.5 mm is to be stitched at inside of upper so as to fortify the back of the footwear at joints of quarter.)	-	0	-
Cl.5.1.1 Fittings(Fittings of the footwear shall be in conformity to Table 9 of IS 1638 (measurement of men’s lasts) and Table 8 of IS 1638 (measurement of women’s lasts).)	-	0	-
Cl.5.2.1 Upper Cl.5.2.1.1 IS 3400(Part 5)( Composite upper material shall comply with consolidation test as per 5.10.(IS 3400 (Part 5). There shall be no separation at a load of 1.5 kg.))	-	0	-
Cl.5.2.1.2( Composite upper material shall comply with tear strength as per 5.4.3 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.1.5( Inner layer of upper shall meet requirement of abrasion resistance as prescribed in 5.5.2 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.2.1 Abrasion resistance of compact insole/insocks/ counter stiffener( When textiles used as lining for all the above are tested in accordance with 6.12 of IS 15298 (Part 1), the lining shall not develop any holes before the following number of cycles has been performed:)	-	0	-
Cl.5.2.2 Compact Insole/Compact Insocks/Counter Stiffener Lining(Textile material shall be used as lining material for compact insole/compact insocks / counter stiffener. It shall meet the requirement of tear strength as prescribed in 5.6.1 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.2.1 Abrasion resistance of compact insole/insocks/ counter stiffener( When textiles used as lining for all the above are tested in accordance with 6.12 of IS 15298 (Part 1), the lining shall not develop any holes before the following number of cycles has been performed:)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl. 5.2.5.1 (The compact sole heel shall be made out of polymeric/rubber components and the typical design recommendation (not mandatory) of compact sole heel is as shown in Fig. 3. Sectional view of Type 1/Type 2 ) toe position is given in Fig. 4.)	-	0	-
Cl.5.2.5 Compact Sole Heel 5.2.5.1 IS 3400 (Part 4)(ii)*Change in hardness after accelerated ageing at 100 ± 2 °C for 24 h )	-	0	-
Cl.5.2.5.3 Ageing for whole footwear(When rubber is used for manufacturing boots or when the outer sole heel is made of bi-polymer, the finished boots shall be aged at 100 ± 2°C for 24 h. On completion of test, all rubber components shall not develop any sign of tackiness or brittleness.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(Thickness of compact sole heel of the boots shall comply with the thickness and material requirements prescribed in Table 3.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(of black cotton thread, the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.6 Thread for Upper Closing( The length (m/kg) and construction of sewing thread shall conform to requirements as prescribed in Table 4.)	-	0	-
Cl.5.2.7 Safety Toe Cap(Safety toe cap as per 3.6 shall be fitted into the footwear and must not come out while in use.)	-	0	-
Cl.5.3.2 (The tongue shall be made out of composite upper material and shall be half bellow type for Type 2 and full bellow type for Type 1.)	-	0	-
Cl.5.2.9 Eyelets( Aluminum eyelets of external collar diameter not less than 10 mm and wall thickness of 0.30 to 0.35 mm shall be used.)	-	0	-
Cl.5.3.5 Outer toe cap( shall be provided which is made of polymer/rubber and it shall be strongly adhered such that it shall not open up or come out while in use. Toe of the boot shall be reinforced with safety toe cap)	-	0	-
Cl.5.3.6( A designed foxing of width of minimum 25 mm and of thickness of minimum 2 mm is to be provided. The foxing shall not extend the edges of the outer sole.)	-	0	-
Cl.5.3.7( Two pairs of detachable insocks are to be provided. The insocks shall be compact in nature having thickness not less than 2 mm.)	-	0	-
Cl.5.4 Finish( In appearance, general workmanship and in all other respects with regard to finish and get up of the footwear, the footwear shall be matching to the approved sample of the purchaser.)	-	0	-
Cl.5.5 Mass(The mass of one pair of finished footwear of size 8 shall not exceed 1 500 g for Type 1 and 1 400 g for Type 2 with an increase or decrease of 100 g for each bigger or smaller size, respectively.)	-	0	-
Cl.5.6( Height of Upper Height of upper of the boots shall conform to column 5 (Design C) and column 4 (Design B) of 5.2.2, Table 4 of IS 15298 (Part 2) for Type 1 and Type 2, respectively when measured as per 6.2 of IS 15298 (Part 1) on the inside of the back of the footwear and from seat of the insole to top edge of the upper.)	-	0	-
Cl.5.7 Performance Test(When safety footwear is tested in accordance with the method described in 5.4 of IS 15298 (Part 1), at an impact energy of (200 ± 4) J, the clearance under the toecap at the moment of impact shall be in accordance with Table 5. In addition, the toecap shall not develop any cracks which go through the material, that is, through which light can be seen.)	-	0	-
Cl.5.8 Upper/Outsole Bond Strength(When the footwear is tested in accordance with the method prescribed in 5.2 of IS 15298 (Part 1), the bond strength shall not be less than 4.0 N/mm, unless there is tearing of the sole in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.9 Sole Interlayer Bond Strength for Bi-polymer( and Bi-density Sole When tested in accordance with 5.2 of IS 15298 (Part 1), the bond strength between the outer or cleated layer and the adjacent layer shall not be less than 4.0 N/mm unless there is tearing of any part of the sole, in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.2.3.1 In case of cotton black binding materia( the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.8.1( The boots shall be provided with laces having minimum length of 115 cm for Type 1 and minimum 100 cm for Type 2.)	-	0	-
Cl. 8 (IS 17011, Table-1 (i))(Allergenic and carcinogenic disperse dyes)	-	0	-
Cl.5.3.5 Outer toe cap( shall be provided which is made of polymer/rubber and it shall be strongly adhered such that it shall not open up or come out while in use. Toe of the boot shall be reinforced with safety toe cap)	-	0	-
Cl.5.10 Consolidation Test( Representative sample of width 25 ± 0.5 mm are cut out from the quarter of the upper along the length of boot. The plies are separated by breaking the bond. Carry out the test on two specimens in accordance with IS 3400 (Part 5). Th)	-	0	-
Cl.5.11 Compression Resistance( 5.11.1 When safety boots are tested in accordance with 5.5 of IS 15298 (Part 1), the clearance under the toe cap at a compression load of 15 kN ± 0.1 kN shall be in accordance with Table 5.)	-	0	-
Cl.6.1 Abrasion Resistance of Compact Outsole( When outsole is tested in accordance with 8.3 of IS 15298 (Part 1), the relative volume loss shall not be greater than 250 mm³ for materials having density 0.9 g/cm³ or less, and not greater than 150 mm³ for materials with density greater than 0.9 g/cm³.)	-	0	-
Cl.6.2 Flexing Resistance of Compact Outsole( When outsole is tested in accordance with 8.4 of IS 15298 (Part 1), the cut growth shall not be greater than 4 mm before 30 000 cycles.)	-	0	-
Cl.6.4 Resistance to Hot Contact( — Sole Heel When sole heel is tested in accordance with 8.7 of IS 15298 (Part 1), the material shall not melt/deform and shall not develop any cracks when bent around the mandrel.)	-	0	-
Cl.6.5 Hydrolysis( When bottom sole or other components are made out of polyurethane, the same shall be tested in accordance with 8.5 of IS 15298 (Part 1) and the same shall comply with 5.8.5 of IS 15298 (Part 2).)	-	0	-
4(Types)	-	0	-
5(Requirements)	-	0	-
5.1(Design)	-	0	-
5.10(consolidation test IS 3400 (Part 5))	-	0	-
5.2.4(Reinforcing Material)	-	0	-
5.2.8.4(Colour of the lace)	-	0	-
5.3, 5.3.1,5.3.3,5.3.4(Construction)	-	0	-
5.10(Consolidation Test IS 3400 (Part 5) : 1986)	-	0	-
8(CHEMICAL REQUIREMENTS)	-	0	-
9, 9.1(BIS CERTIFICATION MARKING)	-	0	-
10(Marking)	-	0	-
11(Packing)	-	0	-
Cl. 5.2.4(Reinforcing Material)	-	0	-
Cl. 5.2.8.4(Colour of the lace)	-	0	-
Cl. 5.3(Construction 5.3.1,5.3.3,5.3.4)	-	0	-
10(Marking)	-	0	-
7.1(Resistance to fuel)	-	0	-
9, 9.1(BIS CERTIFICATION MARKING)	-	0	-
Cl.5.2.1.3 , Cl.6.5 of IS 15298 (Part 1).( Composite upper material shall develop no cracks before 150 000 cycles when tested in accordance with 6.5 of IS 15298 (Part 1).)	-	0	-
Cl.5.3.6( A designed foxing of width of minimum 25 mm and of thickness of minimum 2 mm is to be provided. The foxing shall not extend the edges of the outer sole.)	-	0	-
Cl.5.3.7( Two pairs of detachable insocks are to be provided. The insocks shall be compact in nature having thickness not less than 2 mm.)	-	0	-
Cl.5.2.1.2( Composite upper material shall comply with tear strength as per 5.4.3 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.1.3 , Cl.6.5 of IS 15298 (Part 1).( Composite upper material shall develop no cracks before 150 000 cycles when tested in accordance with 6.5 of IS 15298 (Part 1).)	-	0	-
Cl.5.2.1.5( Inner layer of upper shall meet requirement of abrasion resistance as prescribed in 5.5.2 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.2.1 Abrasion resistance of compact insole/insocks/ counter stiffener( When textiles used as lining for all the above are tested in accordance with 6.12 of IS 15298 (Part 1), the lining shall not develop any holes before the following number of cycles has been performed:)	-	0	-
Cl.5.2.3.1 In case of cotton black binding materia( the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.3.2 (The tongue shall be made out of composite upper material and shall be half bellow type for Type 2 and full bellow type for Type 1.)	-	0	-
Cl.5.3.5 Outer toe cap( shall be provided which is made of polymer/rubber and it shall be strongly adhered such that it shall not open up or come out while in use. Toe of the boot shall be reinforced with safety toe cap)	-	0	-
Cl.5.3.6( A designed foxing of width of minimum 25 mm and of thickness of minimum 2 mm is to be provided. The foxing shall not extend the edges of the outer sole.)	-	0	-
Cl.5.3.7( Two pairs of detachable insocks are to be provided. The insocks shall be compact in nature having thickness not less than 2 mm.)	-	0	-
Cl.5.2.1.2( Composite upper material shall comply with tear strength as per 5.4.3 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.1.3 , Cl.6.5 of IS 15298 (Part 1).( Composite upper material shall develop no cracks before 150 000 cycles when tested in accordance with 6.5 of IS 15298 (Part 1).)	-	0	-
Cl.5.2.1.5( Inner layer of upper shall meet requirement of abrasion resistance as prescribed in 5.5.2 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.3.1 In case of cotton black binding materia( the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
11(PACKING)	-	0	-
Cl.5.2.8.1( The boots shall be provided with laces having minimum length of 115 cm for Type 1 and minimum 100 cm for Type 2.)	-	0	-
Cl.5.2.8.2 (Minimum breaking load of 60 kg is to be achieved when tested between 18 cm grip length in accordance with Annex C.)	-	0	-
Cl.5.2.8.3( In case of cotton lace of black colour, the same shall be free from sulphur dyes when tested in accordance with Annex B. Two ends of the laces shall be provided with plastic tips.)	-	0	-
Cl-8 (IS 17011, Table-1 (ii)(Aromatic amines released from Azo dyes (each individual amine))	-	0	-
Cl-8 (IS 17011, Table-1 (iii)(Aromatic amines released from Azo dyes (each individual amine))	-	0	-
Cl-8(IS 17011, Table-1 (iv)(Chromium (VI))	-	0	-
Cl-8 (IS 17011, Table-1 (v)(Dimethyl fumarate (DMFU))	-	0	-
Cl-8 (IS 17011, Table-1 (vi)(Formaldehyde (free or released by partial hydrolysis))	-	0	-
Cl-8 (IS 17011, Table-1 (vii)(Formaldehyde)	-	0	-
Cl-8(IS 17011, Table-1 (viii)(Organotin compounds)	-	0	-
Cl-8 (IS 17011, Table-1 (ix)(PCP-TeCP-TriCP polychlorophenols)	-	0	-
Cl-8 (IS 17011, Table-1 (x)(pH)	-	0	-
Cl-8 (IS 17011, Table-1 (xi)(Phthalates (each individual phthalate))	-	0	-
Cl-8 (IS 17011, Table-1 (xii)(Nickel, on skin contact)	-	0	-
Cl- 5.2.8.1 (Amendment No. 2)(General)	-	0	-
Cl- 5.2.8.2 (Amendment No. 2)(Internal length of toecap)	-	0	-
Cl- 5.2.8.3 (Amendment No. 2)(Corrosion resistance)	-	0	-
Cl- 5.2.9.5 (Amendment No. 2)(Breaking load and tag retention)	-	0	-
Cl- 5.2.9.6.1 (Amendment No. 2)(Abrasion resistance- Lace to lace)	-	0	-
Cl- 5.2.9.6.2 (Amendment No. 2)(Abrasion resistance- Lace to eyelet)	-	0	-
Cl- 5.2.10 (Amendment No. 2)(Force required to pull out the eyelets)	-	0	-
Cl- 5.2.12.1 (Amendment No. 2)(Insole- Material and thickness)	-	0	-
Cl- 5.2.12.2 (Amendment No. 2)(Insole- Abrasion resistance)	-	0	-
Cl- 5.2.12.3 (Amendment No. 2)(Insole- Water absorption and desorption)	-	0	-
Cl- 5.2.13.1 (Amendment No. 2)(Insock- Abrasion resistance)	-	0	-
Cl- 5.2.13.2 (Amendment No. 2)(Insock- Water absorption and desorption)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl.5.2.5.1 IS 3400 (Part 2)(requirements prescribed in col 3 of Table 2 when tested as per corresponding test methods prescribed in col 4 of Table 2. i)i) Hardness (IRHD)	-	0	-
Cl.5.2.8.2 (Minimum breaking load of 60 kg is to be achieved when tested between 18 cm grip length in accordance with Annex C.)	-	0	-
Cl.5.3.2 (The tongue shall be made out of composite upper material and shall be half bellow type for Type 2 and full bellow type for Type 1.)	-	0	-
7.2(Resistance to electricity)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl.5.2.5.1 IS 3400 (Part 2)(requirements prescribed in col 3 of Table 2 when tested as per corresponding test methods prescribed in col 4 of Table 2. i)i) Hardness (IRHD)	-	0	-
Cl.6.3 Tear Strength of Compact Outsole( When outsoles are tested in accordance to 8.2 of IS 15298 (Part 1), the tear strength shall be not less than 8 kN/m for material having density higher than 0.9/cm³ and when density of material is less than or equal to 0.9 g/cm³, tear strength shall not be less than 5 kN/m.)	-	0	-
Cl.5.2.3 Coated Binding Material IS 1954( Coated binding materials shall conform to the requirements given in col 3 of Table 1 when tested according to the methods prescribed in col 4 of Table 1. i)Width in mm, )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water coefficient as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
Cl.5.13 Energy Absorption Test(When footwear is tested in accordance with the method prescribed in 5.14 of IS 15298 (Part 1), the energy absorption of the seat region shall not be less than 20 J.)	-	0	-
Cl.5.2.3 Coated Binding Material Annex C(ii) Breaking load in N, Min (50 cm grip length test specimen) )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water vapour permeability as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
CL.5.2.10 Counter Stiffener( A counter stiffener, made out of textile reinforced withpolymer/rubber including (thermoplastic) having thickness not less than 1.5 mm is to be stitched at inside of upper so as to fortify the back of the footwear at joints of quarter.)	-	0	-
Cl.5.1.1 Fittings(Fittings of the footwear shall be in conformity to Table 9 of IS 1638 (measurement of men’s lasts) and Table 8 of IS 1638 (measurement of women’s lasts).)	-	0	-
Cl.5.2.1 Upper Cl.5.2.1.1 IS 3400(Part 5)( Composite upper material shall comply with consolidation test as per 5.10.(IS 3400 (Part 5). There shall be no separation at a load of 1.5 kg.))	-	0	-
Cl.5.2.2 Compact Insole/Compact Insocks/Counter Stiffener Lining(Textile material shall be used as lining material for compact insole/compact insocks / counter stiffener. It shall meet the requirement of tear strength as prescribed in 5.6.1 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl. 5.2.5.1 (The compact sole heel shall be made out of polymeric/rubber components and the typical design recommendation (not mandatory) of compact sole heel is as shown in Fig. 3. Sectional view of Type 1/Type 2 ) toe position is given in Fig. 4.)	-	0	-
Cl.5.2.5 Compact Sole Heel 5.2.5.1 IS 3400 (Part 4)(ii)*Change in hardness after accelerated ageing at 100 ± 2 °C for 24 h )	-	0	-
Cl.5.2.5.3 Ageing for whole footwear(When rubber is used for manufacturing boots or when the outer sole heel is made of bi-polymer, the finished boots shall be aged at 100 ± 2°C for 24 h. On completion of test, all rubber components shall not develop any sign of tackiness or brittleness.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(Thickness of compact sole heel of the boots shall comply with the thickness and material requirements prescribed in Table 3.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(of black cotton thread, the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.6 Thread for Upper Closing( The length (m/kg) and construction of sewing thread shall conform to requirements as prescribed in Table 4.)	-	0	-
Cl.5.2.7 Safety Toe Cap(Safety toe cap as per 3.6 shall be fitted into the footwear and must not come out while in use.)	-	0	-
Cl.5.2.8.3( In case of cotton lace of black colour, the same shall be free from sulphur dyes when tested in accordance with Annex B. Two ends of the laces shall be provided with plastic tips.)	-	0	-
Cl.5.2.9 Eyelets( Aluminum eyelets of external collar diameter not less than 10 mm and wall thickness of 0.30 to 0.35 mm shall be used.)	-	0	-
Cl.5.4 Finish( In appearance, general workmanship and in all other respects with regard to finish and get up of the footwear, the footwear shall be matching to the approved sample of the purchaser.)	-	0	-
Cl.5.5 Mass(The mass of one pair of finished footwear of size 8 shall not exceed 1 500 g for Type 1 and 1 400 g for Type 2 with an increase or decrease of 100 g for each bigger or smaller size, respectively.)	-	0	-
Cl.5.6( Height of Upper Height of upper of the boots shall conform to column 5 (Design C) and column 4 (Design B) of 5.2.2, Table 4 of IS 15298 (Part 2) for Type 1 and Type 2, respectively when measured as per 6.2 of IS 15298 (Part 1) on the inside of the back of the footwear and from seat of the insole to top edge of the upper.)	-	0	-
Cl.5.7 Performance Test(When safety footwear is tested in accordance with the method described in 5.4 of IS 15298 (Part 1), at an impact energy of (200 ± 4) J, the clearance under the toecap at the moment of impact shall be in accordance with Table 5. In addition, the toecap shall not develop any cracks which go through the material, that is, through which light can be seen.)	-	0	-
Cl.5.8 Upper/Outsole Bond Strength(When the footwear is tested in accordance with the method prescribed in 5.2 of IS 15298 (Part 1), the bond strength shall not be less than 4.0 N/mm, unless there is tearing of the sole in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.9 Sole Interlayer Bond Strength for Bi-polymer( and Bi-density Sole When tested in accordance with 5.2 of IS 15298 (Part 1), the bond strength between the outer or cleated layer and the adjacent layer shall not be less than 4.0 N/mm unless there is tearing of any part of the sole, in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.10 Consolidation Test( Representative sample of width 25 ± 0.5 mm are cut out from the quarter of the upper along the length of boot. The plies are separated by breaking the bond. Carry out the test on two specimens in accordance with IS 3400 (Part 5). Th)	-	0	-
Cl.5.11 Compression Resistance( 5.11.1 When safety boots are tested in accordance with 5.5 of IS 15298 (Part 1), the clearance under the toe cap at a compression load of 15 kN ± 0.1 kN shall be in accordance with Table 5.)	-	0	-
Cl.5.12 Internal Length of Toe Cap( For safety boots, internal length of the toe cap shall meet the specification given in Table 5 of IS 15298 (Part 2) when tested as per 5.3 of IS 15298 (Part 1).)	-	0	-
Cl.6.1 Abrasion Resistance of Compact Outsole( When outsole is tested in accordance with 8.3 of IS 15298 (Part 1), the relative volume loss shall not be greater than 250 mm³ for materials having density 0.9 g/cm³ or less, and not greater than 150 mm³ for materials with density greater than 0.9 g/cm³.)	-	0	-
Cl.6.2 Flexing Resistance of Compact Outsole( When outsole is tested in accordance with 8.4 of IS 15298 (Part 1), the cut growth shall not be greater than 4 mm before 30 000 cycles.)	-	0	-
Cl.6.4 Resistance to Hot Contact( — Sole Heel When sole heel is tested in accordance with 8.7 of IS 15298 (Part 1), the material shall not melt/deform and shall not develop any cracks when bent around the mandrel.)	-	0	-
Cl.6.5 Hydrolysis( When bottom sole or other components are made out of polyurethane, the same shall be tested in accordance with 8.5 of IS 15298 (Part 1) and the same shall comply with 5.8.5 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl.5.2.5.1 IS 3400 (Part 2)(requirements prescribed in col 3 of Table 2 when tested as per corresponding test methods prescribed in col 4 of Table 2. i)i) Hardness (IRHD)	-	0	-
Cl.6.3 Tear Strength of Compact Outsole( When outsoles are tested in accordance to 8.2 of IS 15298 (Part 1), the tear strength shall be not less than 8 kN/m for material having density higher than 0.9/cm³ and when density of material is less than or equal to 0.9 g/cm³, tear strength shall not be less than 5 kN/m.)	-	0	-
Cl.5.2.3 Coated Binding Material IS 1954( Coated binding materials shall conform to the requirements given in col 3 of Table 1 when tested according to the methods prescribed in col 4 of Table 1. i)Width in mm, )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water coefficient as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
Cl.5.13 Energy Absorption Test(When footwear is tested in accordance with the method prescribed in 5.14 of IS 15298 (Part 1), the energy absorption of the seat region shall not be less than 20 J.)	-	0	-
Cl.5.2.3 Coated Binding Material Annex C(ii) Breaking load in N, Min (50 cm grip length test specimen) )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water vapour permeability as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
CL.5.2.10 Counter Stiffener( A counter stiffener, made out of textile reinforced withpolymer/rubber including (thermoplastic) having thickness not less than 1.5 mm is to be stitched at inside of upper so as to fortify the back of the footwear at joints of quarter.)	-	0	-
Cl.5.1.1 Fittings(Fittings of the footwear shall be in conformity to Table 9 of IS 1638 (measurement of men’s lasts) and Table 8 of IS 1638 (measurement of women’s lasts).)	-	0	-
Cl.5.2.1 Upper Cl.5.2.1.1 IS 3400(Part 5)( Composite upper material shall comply with consolidation test as per 5.10.(IS 3400 (Part 5). There shall be no separation at a load of 1.5 kg.))	-	0	-
Cl.5.2.5.3 Ageing for whole footwear(When rubber is used for manufacturing boots or when the outer sole heel is made of bi-polymer, the finished boots shall be aged at 100 ± 2°C for 24 h. On completion of test, all rubber components shall not develop any sign of tackiness or brittleness.)	-	0	-
Cl.5.2.5 Compact Sole Heel 5.2.5.1 IS 3400 (Part 4)(ii)*Change in hardness after accelerated ageing at 100 ± 2 °C for 24 h )	-	0	-
Cl.5.2.5 Compact Sole Heel Cl. 5.2.5.1 (The compact sole heel shall be made out of polymeric/rubber components and the typical design recommendation (not mandatory) of compact sole heel is as shown in Fig. 3. Sectional view of Type 1/Type 2 ) toe position is given in Fig. 4.)	-	0	-
Cl.5.2.2 Compact Insole/Compact Insocks/Counter Stiffener Lining(Textile material shall be used as lining material for compact insole/compact insocks / counter stiffener. It shall meet the requirement of tear strength as prescribed in 5.6.1 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(Thickness of compact sole heel of the boots shall comply with the thickness and material requirements prescribed in Table 3.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(of black cotton thread, the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.6 Thread for Upper Closing( The length (m/kg) and construction of sewing thread shall conform to requirements as prescribed in Table 4.)	-	0	-
Cl.5.2.7 Safety Toe Cap(Safety toe cap as per 3.6 shall be fitted into the footwear and must not come out while in use.)	-	0	-
Cl.5.2.8.1( The boots shall be provided with laces having minimum length of 115 cm for Type 1 and minimum 100 cm for Type 2.)	-	0	-
Cl.5.2.8.2 (Minimum breaking load of 60 kg is to be achieved when tested between 18 cm grip length in accordance with Annex C.)	-	0	-
Cl.5.2.8.3( In case of cotton lace of black colour, the same shall be free from sulphur dyes when tested in accordance with Annex B. Two ends of the laces shall be provided with plastic tips.)	-	0	-
Cl.5.2.9 Eyelets( Aluminum eyelets of external collar diameter not less than 10 mm and wall thickness of 0.30 to 0.35 mm shall be used.)	-	0	-
Cl.5.4 Finish( In appearance, general workmanship and in all other respects with regard to finish and get up of the footwear, the footwear shall be matching to the approved sample of the purchaser.)	-	0	-
Cl.5.5 Mass(The mass of one pair of finished footwear of size 8 shall not exceed 1 500 g for Type 1 and 1 400 g for Type 2 with an increase or decrease of 100 g for each bigger or smaller size, respectively.)	-	0	-
Cl.5.6( Height of Upper Height of upper of the boots shall conform to column 5 (Design C) and column 4 (Design B) of 5.2.2, Table 4 of IS 15298 (Part 2) for Type 1 and Type 2, respectively when measured as per 6.2 of IS 15298 (Part 1) on the inside of the back of the footwear and from seat of the insole to top edge of the upper.)	-	0	-
Cl.5.7 Performance Test(When safety footwear is tested in accordance with the method described in 5.4 of IS 15298 (Part 1), at an impact energy of (200 ± 4) J, the clearance under the toecap at the moment of impact shall be in accordance with Table 5. In addition, the toecap shall not develop any cracks which go through the material, that is, through which light can be seen.)	-	0	-
Cl.5.8 Upper/Outsole Bond Strength(When the footwear is tested in accordance with the method prescribed in 5.2 of IS 15298 (Part 1), the bond strength shall not be less than 4.0 N/mm, unless there is tearing of the sole in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.9 Sole Interlayer Bond Strength for Bi-polymer( and Bi-density Sole When tested in accordance with 5.2 of IS 15298 (Part 1), the bond strength between the outer or cleated layer and the adjacent layer shall not be less than 4.0 N/mm unless there is tearing of any part of the sole, in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.10 Consolidation Test( Representative sample of width 25 ± 0.5 mm are cut out from the quarter of the upper along the length of boot. The plies are separated by breaking the bond. Carry out the test on two specimens in accordance with IS 3400 (Part 5). Th)	-	0	-
Cl.5.11 Compression Resistance( 5.11.1 When safety boots are tested in accordance with 5.5 of IS 15298 (Part 1), the clearance under the toe cap at a compression load of 15 kN ± 0.1 kN shall be in accordance with Table 5.)	-	0	-
Cl.5.12 Internal Length of Toe Cap( For safety boots, internal length of the toe cap shall meet the specification given in Table 5 of IS 15298 (Part 2) when tested as per 5.3 of IS 15298 (Part 1).)	-	0	-
Cl.6.1 Abrasion Resistance of Compact Outsole( When outsole is tested in accordance with 8.3 of IS 15298 (Part 1), the relative volume loss shall not be greater than 250 mm³ for materials having density 0.9 g/cm³ or less, and not greater than 150 mm³ for materials with density greater than 0.9 g/cm³.)	-	0	-
Cl.6.2 Flexing Resistance of Compact Outsole( When outsole is tested in accordance with 8.4 of IS 15298 (Part 1), the cut growth shall not be greater than 4 mm before 30 000 cycles.)	-	0	-
Cl.6.4 Resistance to Hot Contact( — Sole Heel When sole heel is tested in accordance with 8.7 of IS 15298 (Part 1), the material shall not melt/deform and shall not develop any cracks when bent around the mandrel.)	-	0	-
Cl.6.5 Hydrolysis( When bottom sole or other components are made out of polyurethane, the same shall be tested in accordance with 8.5 of IS 15298 (Part 1) and the same shall comply with 5.8.5 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl.5.2.5.1 IS 3400 (Part 2)(requirements prescribed in col 3 of Table 2 when tested as per corresponding test methods prescribed in col 4 of Table 2. i)i) Hardness (IRHD)	-	0	-
Cl.6.3 Tear Strength of Compact Outsole( When outsoles are tested in accordance to 8.2 of IS 15298 (Part 1), the tear strength shall be not less than 8 kN/m for material having density higher than 0.9/cm³ and when density of material is less than or equal to 0.9 g/cm³, tear strength shall not be less than 5 kN/m.)	-	0	-
Cl.5.2.3 Coated Binding Material IS 1954( Coated binding materials shall conform to the requirements given in col 3 of Table 1 when tested according to the methods prescribed in col 4 of Table 1. i)Width in mm, )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water coefficient as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
Cl.5.13 Energy Absorption Test(When footwear is tested in accordance with the method prescribed in 5.14 of IS 15298 (Part 1), the energy absorption of the seat region shall not be less than 20 J.)	-	0	-
Cl.5.2.3 Coated Binding Material Annex C(ii) Breaking load in N, Min (50 cm grip length test specimen) )	-	0	-
Cl.5.2.1.4 ( Type 2 footwear, the composite upper material shall comply with requirements of water vapour permeability as prescribed in 5.4.6 of IS 15298 (Part 2).)	-	0	-
CL.5.2.10 Counter Stiffener( A counter stiffener, made out of textile reinforced withpolymer/rubber including (thermoplastic) having thickness not less than 1.5 mm is to be stitched at inside of upper so as to fortify the back of the footwear at joints of quarter.)	-	0	-
Cl.5.1.1 Fittings(Fittings of the footwear shall be in conformity to Table 9 of IS 1638 (measurement of men’s lasts) and Table 8 of IS 1638 (measurement of women’s lasts).)	-	0	-
Cl.5.2.1 Upper Cl.5.2.1.1 IS 3400(Part 5)( Composite upper material shall comply with consolidation test as per 5.10.(IS 3400 (Part 5). There shall be no separation at a load of 1.5 kg.))	-	0	-
Cl.5.2.1.2( Composite upper material shall comply with tear strength as per 5.4.3 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.1.5( Inner layer of upper shall meet requirement of abrasion resistance as prescribed in 5.5.2 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.2.1 Abrasion resistance of compact insole/insocks/ counter stiffener( When textiles used as lining for all the above are tested in accordance with 6.12 of IS 15298 (Part 1), the lining shall not develop any holes before the following number of cycles has been performed:)	-	0	-
Cl.5.2.2 Compact Insole/Compact Insocks/Counter Stiffener Lining(Textile material shall be used as lining material for compact insole/compact insocks / counter stiffener. It shall meet the requirement of tear strength as prescribed in 5.6.1 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.2.1 Abrasion resistance of compact insole/insocks/ counter stiffener( When textiles used as lining for all the above are tested in accordance with 6.12 of IS 15298 (Part 1), the lining shall not develop any holes before the following number of cycles has been performed:)	-	0	-
Cl.5.2.5 Compact Sole Heel Cl. 5.2.5.1 (The compact sole heel shall be made out of polymeric/rubber components and the typical design recommendation (not mandatory) of compact sole heel is as shown in Fig. 3. Sectional view of Type 1/Type 2 ) toe position is given in Fig. 4.)	-	0	-
Cl.5.2.5 Compact Sole Heel 5.2.5.1 IS 3400 (Part 4)(ii)*Change in hardness after accelerated ageing at 100 ± 2 °C for 24 h )	-	0	-
Cl.5.2.5.3 Ageing for whole footwear(When rubber is used for manufacturing boots or when the outer sole heel is made of bi-polymer, the finished boots shall be aged at 100 ± 2°C for 24 h. On completion of test, all rubber components shall not develop any sign of tackiness or brittleness.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(Thickness of compact sole heel of the boots shall comply with the thickness and material requirements prescribed in Table 3.)	-	0	-
Cl.5.2.5.4 Thickness of compact sole hee(of black cotton thread, the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.6 Thread for Upper Closing( The length (m/kg) and construction of sewing thread shall conform to requirements as prescribed in Table 4.)	-	0	-
Cl.5.2.7 Safety Toe Cap(Safety toe cap as per 3.6 shall be fitted into the footwear and must not come out while in use.)	-	0	-
Cl.5.3.2 (The tongue shall be made out of composite upper material and shall be half bellow type for Type 2 and full bellow type for Type 1.)	-	0	-
Cl.5.2.9 Eyelets( Aluminum eyelets of external collar diameter not less than 10 mm and wall thickness of 0.30 to 0.35 mm shall be used.)	-	0	-
Cl.5.3.5 Outer toe cap( shall be provided which is made of polymer/rubber and it shall be strongly adhered such that it shall not open up or come out while in use. Toe of the boot shall be reinforced with safety toe cap)	-	0	-
Cl.5.3.6( A designed foxing of width of minimum 25 mm and of thickness of minimum 2 mm is to be provided. The foxing shall not extend the edges of the outer sole.)	-	0	-
Cl.5.3.7( Two pairs of detachable insocks are to be provided. The insocks shall be compact in nature having thickness not less than 2 mm.)	-	0	-
Cl.5.4 Finish( In appearance, general workmanship and in all other respects with regard to finish and get up of the footwear, the footwear shall be matching to the approved sample of the purchaser.)	-	0	-
Cl.5.5 Mass(The mass of one pair of finished footwear of size 8 shall not exceed 1 500 g for Type 1 and 1 400 g for Type 2 with an increase or decrease of 100 g for each bigger or smaller size, respectively.)	-	0	-
Cl.5.6( Height of Upper Height of upper of the boots shall conform to column 5 (Design C) and column 4 (Design B) of 5.2.2, Table 4 of IS 15298 (Part 2) for Type 1 and Type 2, respectively when measured as per 6.2 of IS 15298 (Part 1) on the inside of the back of the footwear and from seat of the insole to top edge of the upper.)	-	0	-
Cl.5.7 Performance Test(When safety footwear is tested in accordance with the method described in 5.4 of IS 15298 (Part 1), at an impact energy of (200 ± 4) J, the clearance under the toecap at the moment of impact shall be in accordance with Table 5. In addition, the toecap shall not develop any cracks which go through the material, that is, through which light can be seen.)	-	0	-
Cl.5.8 Upper/Outsole Bond Strength(When the footwear is tested in accordance with the method prescribed in 5.2 of IS 15298 (Part 1), the bond strength shall not be less than 4.0 N/mm, unless there is tearing of the sole in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.9 Sole Interlayer Bond Strength for Bi-polymer( and Bi-density Sole When tested in accordance with 5.2 of IS 15298 (Part 1), the bond strength between the outer or cleated layer and the adjacent layer shall not be less than 4.0 N/mm unless there is tearing of any part of the sole, in which case the bond strength shall not be less than 3.0 N/mm.)	-	0	-
Cl.5.2.3.1 In case of cotton black binding materia( the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.2.8.1( The boots shall be provided with laces having minimum length of 115 cm for Type 1 and minimum 100 cm for Type 2.)	-	0	-
Cl. 8 (IS 17011, Table-1 (i))(Allergenic and carcinogenic disperse dyes)	-	0	-
Cl.5.3.5 Outer toe cap( shall be provided which is made of polymer/rubber and it shall be strongly adhered such that it shall not open up or come out while in use. Toe of the boot shall be reinforced with safety toe cap)	-	0	-
Cl.5.10 Consolidation Test( Representative sample of width 25 ± 0.5 mm are cut out from the quarter of the upper along the length of boot. The plies are separated by breaking the bond. Carry out the test on two specimens in accordance with IS 3400 (Part 5). Th)	-	0	-
Cl.5.11 Compression Resistance( 5.11.1 When safety boots are tested in accordance with 5.5 of IS 15298 (Part 1), the clearance under the toe cap at a compression load of 15 kN ± 0.1 kN shall be in accordance with Table 5.)	-	0	-
Cl.5.12 Internal Length of Toe Cap( For safety boots, internal length of the toe cap shall meet the specification given in Table 5 of IS 15298 (Part 2) when tested as per 5.3 of IS 15298 (Part 1).)	-	0	-
Cl.6.1 Abrasion Resistance of Compact Outsole( When outsole is tested in accordance with 8.3 of IS 15298 (Part 1), the relative volume loss shall not be greater than 250 mm³ for materials having density 0.9 g/cm³ or less, and not greater than 150 mm³ for materials with density greater than 0.9 g/cm³.)	-	0	-
Cl.6.2 Flexing Resistance of Compact Outsole( When outsole is tested in accordance with 8.4 of IS 15298 (Part 1), the cut growth shall not be greater than 4 mm before 30 000 cycles.)	-	0	-
Cl.6.4 Resistance to Hot Contact( — Sole Heel When sole heel is tested in accordance with 8.7 of IS 15298 (Part 1), the material shall not melt/deform and shall not develop any cracks when bent around the mandrel.)	-	0	-
Cl.6.5 Hydrolysis( When bottom sole or other components are made out of polyurethane, the same shall be tested in accordance with 8.5 of IS 15298 (Part 1) and the same shall comply with 5.8.5 of IS 15298 (Part 2).)	-	0	-
4(Types)	-	0	-
5(Requirements)	-	0	-
5.1(Design)	-	0	-
5.10(consolidation test IS 3400 (Part 5))	-	0	-
5.2.4(Reinforcing Material)	-	0	-
5.2.8.4(Colour of the lace)	-	0	-
5.3, 5.3.1,5.3.3,5.3.4(Construction)	-	0	-
5.10(Consolidation Test IS 3400 (Part 5) : 1986)	-	0	-
8(CHEMICAL REQUIREMENTS)	-	0	-
9, 9.1(BIS CERTIFICATION MARKING)	-	0	-
10(Marking)	-	0	-
11(Packing)	-	0	-
Cl. 5.2.4(Reinforcing Material)	-	0	-
Cl. 5.2.8.4(Colour of the lace)	-	0	-
Cl. 5.3(Construction 5.3.1,5.3.3,5.3.4)	-	0	-
10(Marking)	-	0	-
7.1(Resistance to fuel)	-	0	-
9, 9.1(BIS CERTIFICATION MARKING)	-	0	-
Cl.5.2.1.3 , Cl.6.5 of IS 15298 (Part 1).( Composite upper material shall develop no cracks before 150 000 cycles when tested in accordance with 6.5 of IS 15298 (Part 1).)	-	0	-
Cl.5.3.6( A designed foxing of width of minimum 25 mm and of thickness of minimum 2 mm is to be provided. The foxing shall not extend the edges of the outer sole.)	-	0	-
Cl.5.3.7( Two pairs of detachable insocks are to be provided. The insocks shall be compact in nature having thickness not less than 2 mm.)	-	0	-
Cl.5.2.1.2( Composite upper material shall comply with tear strength as per 5.4.3 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.1.3 , Cl.6.5 of IS 15298 (Part 1).( Composite upper material shall develop no cracks before 150 000 cycles when tested in accordance with 6.5 of IS 15298 (Part 1).)	-	0	-
Cl.5.2.1.5( Inner layer of upper shall meet requirement of abrasion resistance as prescribed in 5.5.2 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.2.1 Abrasion resistance of compact insole/insocks/ counter stiffener( When textiles used as lining for all the above are tested in accordance with 6.12 of IS 15298 (Part 1), the lining shall not develop any holes before the following number of cycles has been performed:)	-	0	-
Cl.5.2.3.1 In case of cotton black binding materia( the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.5.3.2 (The tongue shall be made out of composite upper material and shall be half bellow type for Type 2 and full bellow type for Type 1.)	-	0	-
Cl.5.3.5 Outer toe cap( shall be provided which is made of polymer/rubber and it shall be strongly adhered such that it shall not open up or come out while in use. Toe of the boot shall be reinforced with safety toe cap)	-	0	-
Cl.5.3.6( A designed foxing of width of minimum 25 mm and of thickness of minimum 2 mm is to be provided. The foxing shall not extend the edges of the outer sole.)	-	0	-
Cl.5.3.7( Two pairs of detachable insocks are to be provided. The insocks shall be compact in nature having thickness not less than 2 mm.)	-	0	-
Cl.5.2.1.2( Composite upper material shall comply with tear strength as per 5.4.3 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.1.3 , Cl.6.5 of IS 15298 (Part 1).( Composite upper material shall develop no cracks before 150 000 cycles when tested in accordance with 6.5 of IS 15298 (Part 1).)	-	0	-
Cl.5.2.1.5( Inner layer of upper shall meet requirement of abrasion resistance as prescribed in 5.5.2 of IS 15298 (Part 2).)	-	0	-
Cl.5.2.3.1 In case of cotton black binding materia( the same shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
11(PACKING)	-	0	-
Cl.5.2.8.1( The boots shall be provided with laces having minimum length of 115 cm for Type 1 and minimum 100 cm for Type 2.)	-	0	-
Cl.5.2.8.2 (Minimum breaking load of 60 kg is to be achieved when tested between 18 cm grip length in accordance with Annex C.)	-	0	-
Cl.5.2.8.3( In case of cotton lace of black colour, the same shall be free from sulphur dyes when tested in accordance with Annex B. Two ends of the laces shall be provided with plastic tips.)	-	0	-
Cl-8 (IS 17011, Table-1 (ii)(Aromatic amines released from Azo dyes (each individual amine))	-	0	-
Cl-8 (IS 17011, Table-1 (iii)(Aromatic amines released from Azo dyes (each individual amine))	-	0	-
Cl-8(IS 17011, Table-1 (iv)(Chromium (VI))	-	0	-
Cl-8 (IS 17011, Table-1 (v)(Dimethyl fumarate (DMFU))	-	0	-
Cl-8 (IS 17011, Table-1 (vi)(Formaldehyde (free or released by partial hydrolysis))	-	0	-
Cl-8 (IS 17011, Table-1 (vii)(Formaldehyde)	-	0	-
Cl-8(IS 17011, Table-1 (viii)(Organotin compounds)	-	0	-
Cl-8 (IS 17011, Table-1 (ix)(PCP-TeCP-TriCP polychlorophenols)	-	0	-
Cl-8 (IS 17011, Table-1 (x)(pH)	-	0	-
Cl-8 (IS 17011, Table-1 (xi)(Phthalates (each individual phthalate))	-	0	-
Cl-8 (IS 17011, Table-1 (xii)(Nickel, on skin contact)	-	0	-
Cl- 5.2.8.1 (Amendment No. 2)(General)	-	0	-
Cl- 5.2.8.2 (Amendment No. 2)(Internal length of toecap)	-	0	-
Cl- 5.2.8.3 (Amendment No. 2)(Corrosion resistance)	-	0	-
Cl- 5.2.9.5 (Amendment No. 2)(Breaking load and tag retention)	-	0	-
Cl- 5.2.9.6.1 (Amendment No. 2)(Abrasion resistance- Lace to lace)	-	0	-
Cl- 5.2.9.6.2 (Amendment No. 2)(Abrasion resistance- Lace to eyelet)	-	0	-
Cl- 5.2.10 (Amendment No. 2)(Force required to pull out the eyelets)	-	0	-
Cl- 5.2.12.1 (Amendment No. 2)(Insole- Material and thickness)	-	0	-
Cl- 5.2.12.2 (Amendment No. 2)(Insole- Abrasion resistance)	-	0	-
Cl- 5.2.12.3 (Amendment No. 2)(Insole- Water absorption and desorption)	-	0	-
Cl- 5.2.13.1 (Amendment No. 2)(Insock- Abrasion resistance)	-	0	-
Cl- 5.2.13.2 (Amendment No. 2)(Insock- Water absorption and desorption)	-	0	-
Cl.5.2.8.2 (Minimum breaking load of 60 kg is to be achieved when tested between 18 cm grip length in accordance with Annex C.)	-	0	-
Cl.5.3.2 (The tongue shall be made out of composite upper material and shall be half bellow type for Type 2 and full bellow type for Type 1.)	-	0	-
7.2(Resistance to electricity)	-	0	-

26 Jul, 2027

-
Included w.e.f.19.05.2025

136

IS 2494 : Part 2 (1993)

V - Belts - Endless V - Belts for industrial purposes: Part 2 fire resistant and antistatic V - Belts - Specification

A,B,C,D,E

35500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
7.1(Fire Resistance Test)	-	10000	-
7.3(Tensile Test)	-	5000	-
8(Designation)	-	1100	-
9(Marking)	-	1400	-
3.1(Fire Resistant Antistatic V-belts)	-	0	-
5(Requirements)	-	18000	-
7.1(Fire Resistance Test)	-	-	-
7.3(Tensile Test)	-	-	-
8(Designation)	-	-	-
9(Marking)	-	-	-
3.1(Fire Resistant Antistatic V-belts)	-	-	-
5(Requirements)	-	-	-

26 Jul, 2027

-
Included w.e.f 09.01.2025

137

IS 1239 : Part 1 (2004)

Steel tubes, tubulars and other wrought steel fittings - Specification: Part 1 steel tubes (Sixth Revision)

Steel Tube

13800 View breakup
For BIS samples: 1.5 times of BIS testing charges,

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
6.2 AND AS PER IS 10748(CARBON)	-	600	5% discount for BIS
6.2 AND AS PER IS 10748(MANGANESE)	-	600	5% discount for BIS
6.2 AND AS PER IS 513(SILICON)	-	600	5% discount for BIS
6.2 AND AS PER IS 10748(SULPHUR)	-	600	5% discount for BIS
6.2 AND AS PER IS 10748(PHOSPHORUS)	-	600	5% discount for BIS
6.2 AND AS PER IS 10748(COPPER)	-	600	5% discount for BIS
6.2 AND AS PER IS 513(NITROGEN)	-	600	5% discount for BIS
Clause - 6.1.1, Table-1(ALUMINIUM)	-	600	5% discount for BIS
Cl 8(Outer Diameter, Thickness & Mass)	-	600	5% discount for BIS
Cl. 8, 9 Table 3,4 & 5(Thickness)	-	600	5% discount for BIS
10.1(Thared Joints(IS:554))	-	600	5% discount for BIS
11(Length & tolerance)	-	600	5% discount for BIS
13.0(Leak Proof Test)	-	600	5% discount for BIS
Cl. 14.1(Tensile Strength)	-	600	5% discount for BIS
Cl. 14.1.1(Elongation)	-	600	5% discount for BIS
Cl. 14.2(Bend Test (uto and including 50 mm NB))	-	600	5% discount for BIS
Cl. 14.3(Flattening test (Over 50 mm NB))	-	600	5% discount for BIS
Cl 15(Workmanship)	-	600	5% discount for BIS

26 Jul, 2027

-
The scope may be restricted for plain ended pipe only. The scope may be restricted upto 40 mm

138

IS 1161 (2014)

Steel tubes for structural purposes - Specification (Fifth Revision)

Steel tubes for structural purposes

8200 View breakup
For BIS samples: 1.5 times of BIS testing charges,

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Clause - 5.1, Table-3( CARBON)	-	300	5% discount for BIS
Clause - 5.1, Table-3(MANGANESE)	-	300	5% discount for BIS
Clause - 5.1, Table-3(SILICON)	-	300	5% discount for BIS
Clause - 5.1, Table-3(SULPHUR)	-	300	5% discount for BIS
Clause - 5.1, Table-3(PHOSPHURS)	-	300	5% discount for BIS
5 AND AS PER IS 10748(COPPER)	-	300	5% discount for BIS
Clause - 5.1, Table-3( ALUMINIUM)	-	300	5% discount for BIS
Cl 6(Outer Diameter, Thickness & Mass)	-	300	5% discount for BIS
Cl 7(Workmanship)	-	100	5% discount for BIS
8 AND AS PER IS 4736(MASS OF ZINC COATING)	-	300	5% discount for BIS
8.0(Uniformity of galvanized coating - IS 4736)	-	300	5% discount for BIS
9(Straightness)	-	300	5% discount for BIS
10(Lengths)	-	100	5% discount for BIS
Cl 11(Tensile Test, Flattening Test & Cold Bend Test)	-	300	5% discount for BIS
Clause 11.2, Table -2(Yield Strength)	-	300	5% discount for BIS
Clause 11.2, Table -2(Elongation)	-	300	5% discount for BIS
Cl 11.3.1(Cold bend test (upto & including 50 mm NB))	-	300	5% discount for BIS
12(Marking)	-	100	5% discount for BIS
13.0(Oiling and Painting - Visual)	-	200	5% discount for BIS
Clause - 5.1, Table-3(NITROGEN)	-	300	5% discount for BIS

26 Jul, 2027

-
The scope may be restricted upto 40 mm

139

IS 3736 (1995)

Canvas boots, rubber sole - Specification (Second Revision)

Canvas boots, rubber sole

8000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl.4.1.7.4 Ageing(The boots shall be also aged at 70 ± 1°C for 168 h, on completion of which the test pieces taken from the soles and heels of the boots shall conform to the physical requirements prescribed in Table 5. i) Tensile Length)	-	100	-
Cl.4.1.7.4 Ageing(ii) Elongation at break)	-	100	-
Cl.4.1.7.2 IS 3400 (Part 2) : 1980(2)Hardness, IRHD)	-	100	-
4.1.6 Fabric Laces Cl.4.1.6.1( The boots shall be provided with braided of cotton or man made or blended fabric laces 115 ± 5 cm in length, matching the colour of the upper. )	-	100	-
Cl.4.1.1 upper IS 1969(d) Picks/dm)	-	150	-
Cl.4.4.5 ( Table 1.)(d) Picks/dm)	-	150	-
4.1.2 Lining Material(195 ± 5 picks/dm shall be used.)	-	150	-
Cl.4.1.1 upper IS 1969(c) Ends/dm )	-	150	-
Cl.4.4.5 ( Table 1.)(c) Ends/dm )	-	150	-
4.1.2 Lining Material(having 390 ± 10 ends/dm and )	-	150	-
Cl.4.1.7.2 IS 3400 (Part 4) : 1987 IS 3400 (Part 2) : 1980(Change in initial hardness after accelerated ageing for 24 h at l00 ± 1°C)	-	250	-
Cl.4.8 Adhesion Test(From the upper foxing portion where it is adhered to the canvas cut a strip of 8.0 ± 0.5 mm width along with the length of the sole at the waist portion and of sufficient lengh to permit separation over a length of at least 75 mm. Carry out the test on two test pieces (one from each odd) at the rate of traverse of 100 ± 10 mm per minute in accordance with IS 3400 (Part 5):1986 or the Static Dead Load Method as given in Annex C. The individual adhesion value noted/recorded shall not be less than 8 N (0.8 kgf) for each of the test pieces ( see Note under 4.7 ).')	-	250	-
Cl.4.1.7.2 IS 3400 (Part 1) : 1987(Tensile strength in MPa, Min)	-	200	-
Cl.4.1.3 Binding Material IS 1954:1990(Cotton tape NEWAR used as binding material shall conform to the requirements as mentioned in Table 2, when tested in accordance with the methods referred to in col 4 of Table 2. 1)Width, mm. Min )	-	300	-
Cl.4.4.3(The top, side and front edges of the quarters and tongue shall be bound with cotton tape NEWAR of not less than 13 mm width using variety No. 29 thread.)	-	300	-
Cl.4.1.7.3 IS 3400 (Part 10) : 1977(Compression set, in percent. Max)	-	100	-
Cl.4.4.4( The back of the quarter shall be reinforced with a strip, not less than 25 mm wide,of either upper material or canvas. In case of composite upper material the edges of the strip shall be bound by cotton tape ( NEWAR ). When canvas cloth is used the edges shall be folded and shall be stitched with two rows of stitching.)	-	100	-
Cl.4.7 Consolidation Test(From the quarter, cut a strip of 25.0 ± 0. 5 mm width along the length of the boot and of sufficient length to permit separation over a length of 75 mm. Carry out the test on two test pieces (one from each odd) at the rate of traverse of 100 ± 10mm per minute in accordance with IS 3400 (Part 5): 1986 or Static Dead Load Method as given in Annex C. The individual adhesion value for consolidation test shall not be less than 30 N (3.0 kgf) for each of the test pieces)	-	200	-
Cl.4.1.7.2 IS 3400 (Part 1) : 1987(Elongation at break, in percent, Min)	-	200	-
IS 1969:1985(Breaking load on 50 cm test length. N, Min)	-	500	-
4.1.6 Fabric Laces Cl.4.1.6.1(The laces shall have a minimum breaking load of 450 N, when tested between 18 cm grips, the rate of traverse of power actuated grip being 30 cm/min.)	-	300	-
Cl.4.1.7.2 IS 3400 (Part 16) : 1974(iii)Flexing resistance, number of cycles b)Cut growth at the end of 150 000 cycles, Percent, Max)	-	300	-
Cl.4.4.5 ( Table 1.)(b) Weft )	-	300	-
Cl.4.4.5 ( Table 1.)( in case of half bellow. Thefull bellow tongue shall be made out of canvas cloth as prescribed in Sl No. (i) of Table 1. Breaking load in N, Min a) Warp )	-	200	-
Cl.4.1.1 upper IS 1969(b)Weft)	-	200	-
Cl.4.1.1 upper IS 1969(Breaking load in N.Min (5 × 20 cm grip): a) Wrap)	-	500	-
Cl.4.1.7.2 IS 3400 (Part 16) : 1974(iii)Flexing resistance, number of cycles a)Initial crack, Min)	-	100	-
4.1.2 Lining Material( 200 N Minin weft way (when tested in accordance with IS 1969 : 1985) )	-	100	-
4.1.2 Lining Material(For covering of the insole, cotton drill conforming to Table 1, Sl No. (ii) shall be used. For detachable insole, bleached cotton twill of breaking load 390 N Min in warp way and)	-	100	-
Cl.4.1.1 upper(The upper shall consist of Rip Stop Fabric of cotton or manmade or its blend being the over layer and cotton drill as an inner layer and shall conform to the requirements given at Sl No. (i) of Table 1. Sr.no 1.Overlayer Construction )	-	200	-
4.1.1.1 Colour fastness(The dyed fabrics prescribed in 4.1.1 shall be fast to daylight and mechanical washing. Fastness to daylight shall be of rating 4 or better, when tested in accordance with IS 686 : 1985 or IS 2454 : 1985.)	-	100	-
Cl.4.1.1.2( Fastness to mechanical washing (mild) shall be of rating 4 or better, when tested in accordance with IS 764 : 1979)	-	100	-
Cl.4.1.3.3( Black tapes shall be free from sulphur dyes when tested in accordance with Annex B.)	-	300	-
Cl.4.1.4 Reinforcement Material(The back seam, joining two quarters at the back of the heel shall be reinforced with a not less than 25 mm wide tape made out of material conforming to Sl No. (i) of Table 1)	-	200	-
Cl.4.1.7.2 IS 3400 (Part 9) : 1978( The rubber components shall conform to Table 4 when tested.' ( Page 3, Table 4, Note 1) — 'However in case it is not possible then 4.2.5.3 of IS 13695:1993 shall be followed. 1)Relative density, Max)	-	300	-
Cl.4.3 Leg Height(The leg height of the boots for size 8 shall be 160 ± 2 mm with an increase or decrease of 4 mm of the nominal height for each bigger or smaller sizes respectively when measured at the inside from the back of the boot from insole to the top.)	-	200	-
Cl.4.4.2( The canvas upper shall be lined with bleached drill cloth.)	-	100	-
Cl.4.4.3( The upper shall be stitched on a lockstitch machine, with 30 to 40 stitches per decimetre by thread of variety No. 8 and variety No. 29 cotton sewing thread conforming to 4.1.5 using variety No. 29 for taping and binding and variety No. 8 for remaining seams. )	-	200	-
Cl.4.4.5 ( The tongue shall be either half or full bellow depending on the requirement of the purchaser andshall be made from composite material prescribed for the upper in 4.1.1.)	-	100	-
Cl.4.4.6( A minimum of seven aluminium, brass or steel eyelets having 10 mm diameter and wall thickness 0.30 to 0.35 mm shall be fitted in each face.')	-	100	-
Cl.4.4.7( The toe shall be reinforced with a toe puff cemented inside and outside with rubber toe cap. The heel piece (counter) or stiffener shall be set from the bottom of the lining and bound flat on the top edge with white cloth for binding of countertop edge with white clothfor binding of counter)	-	100	-
Cl.4.4.8( A strengthening rubber arch piece shall be firmly pasted and stitched at the middle arch of the inside quarter. Another strengthening rubber piece, circular in shape 35 ± 1 mm in diameter, may bepasted and stitched at the centre of the inside)	-	100	-
Cl.4.4.10( A 25 mm Min wide and 2 mm Min thick rubber golosh in serrated, diamond or any otherdesign, as agreed to between the purchaser and thesupplier, shall be fitted all round the sole edge of the boot. The golosh shall not extend below the edge of the sole.)	-	100	-
Cl.4.5.1(Cl.4.1.6.)( Each pair of boot shall be provided with a pair of braided fabric laces of the quality as prescribed in 4.1.6.)	-	100	-
Cl.4.5.2( In appearance, general workmanship, finish and in all other respects, not defined in this standard, the boot shall be similar to those of the sample approved by the purchaser, if any.)	-	100	-
Cl.4.6 Mass(The mass of finished boots, rubber sole, of size 8 shall not exceed 1130 g per pair, and the mass shall increase or decrease by 75 g per pair for each bigger or smaller size respectively.)	-	100	-
Cl.4.9 Composite Breaking Strength Test( From the upper of made up footwear representative sample of width 25 ± 0.5 mm width strip is to be cut along the length of the boot of enough length so as to make it convenient to allow a distance of minimum 30 mm between the jaws of the tensile machine.Rate of traverse of pulling jaw shall be 100 ± 5 mm per minute. Two such test pieces will be required to be obtained from the made up footwear and will be subjected to test to break each test piece. Mean value of each set of test pieces comprising of length wise and height wise test pieces will be 1 000 N/25 mm width minimum.')	-	100	-
Cl.4.1.7.4 Ageing(The boots shall be also aged at 70 ± 1°C for 168 h, on completion of which the test pieces taken from the soles and heels of the boots shall conform to the physical requirements prescribed in Table 5. i) Tensile Length)	-	0	-
Cl.4.1.7.4 Ageing(ii) Elongation at break)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 2) : 1980(2)Hardness, IRHD)	-	0	-
4.1.6 Fabric Laces Cl.4.1.6.1( The boots shall be provided with braided of cotton or man made or blended fabric laces 115 ± 5 cm in length, matching the colour of the upper. )	-	0	-
Cl.4.1.1 upper IS 1969(d) Picks/dm)	-	0	-
Cl.4.4.5 ( Table 1.)(d) Picks/dm)	-	0	-
4.1.2 Lining Material(195 ± 5 picks/dm shall be used.)	-	0	-
Cl.4.1.1 upper IS 1969(c) Ends/dm )	-	0	-
Cl.4.4.5 ( Table 1.)(c) Ends/dm )	-	0	-
4.1.2 Lining Material(having 390 ± 10 ends/dm and )	-	0	-
Cl.4.8 Adhesion Test(From the upper foxing portion where it is adhered to the canvas cut a strip of 8.0 ± 0.5 mm width along with the length of the sole at the waist portion and of sufficient lengh to permit separation over a length of at least 75 mm. Carry out the test on two test pieces (one from each odd) at the rate of traverse of 100 ± 10 mm per minute in accordance with IS 3400 (Part 5):1986 or the Static Dead Load Method as given in Annex C. The individual adhesion value noted/recorded shall not be less than 8 N (0.8 kgf) for each of the test pieces ( see Note under 4.7 ).')	-	0	-
Cl.4.4.9(From the upper of made up footwear representative sample of width 25 ± 0.5 mm width strip is to be cut along the length of the boot of enough length so as to make it convenient to allow a distance of minimum 30 mm between the jaws of the tensile machine)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 4) : 1987 IS 3400 (Part 2) : 1980(Change in initial hardness after accelerated ageing for 24 h at l00 ± 1°C)	-	0	-
Cl.4.1.3 Binding Material IS 1954:1990(Cotton tape NEWAR used as binding material shall conform to the requirements as mentioned in Table 2, when tested in accordance with the methods referred to in col 4 of Table 2. 1)Width, mm. Min )	-	0	-
Cl.4.4.3(The top, side and front edges of the quarters and tongue shall be bound with cotton tape NEWAR of not less than 13 mm width using variety No. 29 thread.)	-	0	-
Cl.4.1.7.3 IS 3400 (Part 10) : 1977(Compression set, in percent. Max)	-	0	-
Cl.4.4.4( The back of the quarter shall be reinforced with a strip, not less than 25 mm wide,of either upper material or canvas. In case of composite upper material the edges of the strip shall be bound by cotton tape ( NEWAR ). When canvas cloth is used the edges shall be folded and shall be stitched with two rows of stitching.)	-	0	-
Cl.4.7 Consolidation Test(From the quarter, cut a strip of 25.0 ± 0. 5 mm width along the length of the boot and of sufficient length to permit separation over a length of 75 mm. Carry out the test on two test pieces (one from each odd) at the rate of traverse of 100 ± 10mm per minute in accordance with IS 3400 (Part 5): 1986 or Static Dead Load Method as given in Annex C. The individual adhesion value for consolidation test shall not be less than 30 N (3.0 kgf) for each of the test pieces)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 1) : 1987(Elongation at break, in percent, Min)	-	0	-
IS 1969:1985(Breaking load on 50 cm test length. N, Min)	-	0	-
4.1.6 Fabric Laces Cl.4.1.6.1(The laces shall have a minimum breaking load of 450 N, when tested between 18 cm grips, the rate of traverse of power actuated grip being 30 cm/min.)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 16) : 1974(iii)Flexing resistance, number of cycles b)Cut growth at the end of 150 000 cycles, Percent, Max)	-	0	-
Cl.4.4.5 ( Table 1.)(b) Weft )	-	0	-
Cl.4.4.5 ( Table 1.)( in case of half bellow. Thefull bellow tongue shall be made out of canvas cloth as prescribed in Sl No. (i) of Table 1. Breaking load in N, Min a) Warp )	-	0	-
Cl.4.1.1 upper IS 1969(b)Weft)	-	0	-
Cl.4.1.1 upper IS 1969(Breaking load in N.Min (5 × 20 cm grip): a) Wrap)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 16) : 1974(iii)Flexing resistance, number of cycles a)Initial crack, Min)	-	0	-
4.1.2 Lining Material( 200 N Minin weft way (when tested in accordance with IS 1969 : 1985) )	-	0	-
4.1.2 Lining Material(For covering of the insole, cotton drill conforming to Table 1, Sl No. (ii) shall be used. For detachable insole, bleached cotton twill of breaking load 390 N Min in warp way and)	-	0	-
Cl.4.1.1 upper(The upper shall consist of Rip Stop Fabric of cotton or manmade or its blend being the over layer and cotton drill as an inner layer and shall conform to the requirements given at Sl No. (i) of Table 1. Sr.no 1.Overlayer Construction )	-	0	-
4.1.1.1 Colour fastness(The dyed fabrics prescribed in 4.1.1 shall be fast to daylight and mechanical washing. Fastness to daylight shall be of rating 4 or better, when tested in accordance with IS 686 : 1985 or IS 2454 : 1985.)	-	0	-
Cl.4.1.1.2( Fastness to mechanical washing (mild) shall be of rating 4 or better, when tested in accordance with IS 764 : 1979)	-	0	-
Cl.4.1.3.3( Black tapes shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.4.1.4 Reinforcement Material(The back seam, joining two quarters at the back of the heel shall be reinforced with a not less than 25 mm wide tape made out of material conforming to Sl No. (i) of Table 1)	-	0	-
Cl.4.1.5 Thread for Upper Closing Cl.4.1.5.1 (IS 1670:1991)(Sewing thread cotton, man made or blended shall be used for stitching of upper. For cotton variety thread shall conform to variety No. 28 of IS 1720. Polyester variety thread shall conform to variety No. 9 of IS 9543. Any other blend of thread would have breaking load not less than above referred requirements. Sewing thread cotton, manmade or blended shall be used for binding of upper. For cotton variety thread shall conform to variety No. 32 of IS 1720. Polyester variety thread shall conform to variety No. 5 of IS 9543. Any other blend of thread would have breaking load not less than above referred requirement of specification.')	-	0	-
Cl.4.1.5.2( The colour of the threads shall be asagreed to between the purchaser and the supplier. The dyed threads shall conform to the following requirements)	-	0	-
4.1.6 Fabric Laces Cl.4.1.6.1(The two ends of the lace shall be provided with suitable metal or plastic tips. Black laces shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.4.1.7 Rubber Components Cl.4.1.7.1( the soles and heels shall conform to Type 2 of IS 5676:1995.)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 9) : 1978( The rubber components shall conform to Table 4 when tested.' ( Page 3, Table 4, Note 1) — 'However in case it is not possible then 4.2.5.3 of IS 13695:1993 shall be followed. 1)Relative density, Max)	-	0	-
Cl.4.1.7.5 Thickness of components(Individual components of the boots shall comply with the thickness and material requirements prescribed in Table 6.)	-	0	-
Cl.4.3 Leg Height(The leg height of the boots for size 8 shall be 160 ± 2 mm with an increase or decrease of 4 mm of the nominal height for each bigger or smaller sizes respectively when measured at the inside from the back of the boot from insole to the top.)	-	0	-
Cl.4.4.2( The canvas upper shall be lined with bleached drill cloth.)	-	0	-
Cl.4.4.3( The upper shall be stitched on a lockstitch machine, with 30 to 40 stitches per decimetre by thread of variety No. 8 and variety No. 29 cotton sewing thread conforming to 4.1.5 using variety No. 29 for taping and binding and variety No. 8 for remaining seams. )	-	0	-
Cl.4.4.5 ( The tongue shall be either half or full bellow depending on the requirement of the purchaser andshall be made from composite material prescribed for the upper in 4.1.1.)	-	0	-
Cl.4.4.6( A minimum of seven aluminium, brass or steel eyelets having 10 mm diameter and wall thickness 0.30 to 0.35 mm shall be fitted in each face.')	-	0	-
Cl.4.4.7( The toe shall be reinforced with a toe puff cemented inside and outside with rubber toe cap. The heel piece (counter) or stiffener shall be set from the bottom of the lining and bound flat on the top edge with white cloth for binding of countertop edge with white clothfor binding of counter)	-	0	-
Cl.4.4.8( A strengthening rubber arch piece shall be firmly pasted and stitched at the middle arch of the inside quarter. Another strengthening rubber piece, circular in shape 35 ± 1 mm in diameter, may bepasted and stitched at the centre of the inside)	-	0	-
Cl.4.4.10( A 25 mm Min wide and 2 mm Min thick rubber golosh in serrated, diamond or any otherdesign, as agreed to between the purchaser and thesupplier, shall be fitted all round the sole edge of the boot. The golosh shall not extend below the edge of the sole.)	-	0	-
Cl.4.5.1(Cl.4.1.6.)( Each pair of boot shall be provided with a pair of braided fabric laces of the quality as prescribed in 4.1.6.)	-	0	-
Cl.4.5.2( In appearance, general workmanship, finish and in all other respects, not defined in this standard, the boot shall be similar to those of the sample approved by the purchaser, if any.)	-	0	-
Cl.4.6 Mass(The mass of finished boots, rubber sole, of size 8 shall not exceed 1130 g per pair, and the mass shall increase or decrease by 75 g per pair for each bigger or smaller size respectively.)	-	0	-
Cl.4.9 Composite Breaking Strength Test( From the upper of made up footwear representative sample of width 25 ± 0.5 mm width strip is to be cut along the length of the boot of enough length so as to make it convenient to allow a distance of minimum 30 mm between the jaws of the tensile machine.Rate of traverse of pulling jaw shall be 100 ± 5 mm per minute. Two such test pieces will be required to be obtained from the made up footwear and will be subjected to test to break each test piece. Mean value of each set of test pieces comprising of length wise and height wise test pieces will be 1 000 N/25 mm width minimum.')	-	0	-
Cl.4.1.7.4 Ageing(The boots shall be also aged at 70 ± 1°C for 168 h, on completion of which the test pieces taken from the soles and heels of the boots shall conform to the physical requirements prescribed in Table 5. i) Tensile Length)	-	0	-
Cl.4.1.7.4 Ageing(ii) Elongation at break)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 2) : 1980(2)Hardness, IRHD)	-	0	-
4.1.6 Fabric Laces Cl.4.1.6.1( The boots shall be provided with braided of cotton or man made or blended fabric laces 115 ± 5 cm in length, matching the colour of the upper. )	-	0	-
Cl.4.1.1 upper IS 1969(d) Picks/dm)	-	0	-
Cl.4.4.5 ( Table 1.)(d) Picks/dm)	-	0	-
4.1.2 Lining Material(195 ± 5 picks/dm shall be used.)	-	0	-
Cl.4.1.1 upper IS 1969(c) Ends/dm )	-	0	-
Cl.4.4.5 ( Table 1.)(c) Ends/dm )	-	0	-
4.1.2 Lining Material(having 390 ± 10 ends/dm and )	-	0	-
Cl.4.1.7.2 IS 3400 (Part 4) : 1987 IS 3400 (Part 2) : 1980(Change in initial hardness after accelerated ageing for 24 h at l00 ± 1°C)	-	0	-
Cl.4.8 Adhesion Test(From the upper foxing portion where it is adhered to the canvas cut a strip of 8.0 ± 0.5 mm width along with the length of the sole at the waist portion and of sufficient lengh to permit separation over a length of at least 75 mm. Carry out the test on two test pieces (one from each odd) at the rate of traverse of 100 ± 10 mm per minute in accordance with IS 3400 (Part 5):1986 or the Static Dead Load Method as given in Annex C. The individual adhesion value noted/recorded shall not be less than 8 N (0.8 kgf) for each of the test pieces ( see Note under 4.7 ).')	-	0	-
Cl.4.4.9(From the upper of made up footwear representative sample of width 25 ± 0.5 mm width strip is to be cut along the length of the boot of enough length so as to make it convenient to allow a distance of minimum 30 mm between the jaws of the tensile machine)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 1) : 1987(Tensile strength in MPa, Min)	-	0	-
Cl.4.1.3 Binding Material IS 1954:1990(Cotton tape NEWAR used as binding material shall conform to the requirements as mentioned in Table 2, when tested in accordance with the methods referred to in col 4 of Table 2. 1)Width, mm. Min )	-	0	-
Cl.4.4.3(The top, side and front edges of the quarters and tongue shall be bound with cotton tape NEWAR of not less than 13 mm width using variety No. 29 thread.)	-	0	-
Cl.4.1.7.3 IS 3400 (Part 10) : 1977(Compression set, in percent. Max)	-	0	-
Cl.4.4.4( The back of the quarter shall be reinforced with a strip, not less than 25 mm wide,of either upper material or canvas. In case of composite upper material the edges of the strip shall be bound by cotton tape ( NEWAR ). When canvas cloth is used the edges shall be folded and shall be stitched with two rows of stitching.)	-	0	-
Cl.4.7 Consolidation Test(From the quarter, cut a strip of 25.0 ± 0. 5 mm width along the length of the boot and of sufficient length to permit separation over a length of 75 mm. Carry out the test on two test pieces (one from each odd) at the rate of traverse of 100 ± 10mm per minute in accordance with IS 3400 (Part 5): 1986 or Static Dead Load Method as given in Annex C. The individual adhesion value for consolidation test shall not be less than 30 N (3.0 kgf) for each of the test pieces)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 1) : 1987(Elongation at break, in percent, Min)	-	0	-
IS 1969:1985(Breaking load on 50 cm test length. N, Min)	-	0	-
4.1.6 Fabric Laces Cl.4.1.6.1(The laces shall have a minimum breaking load of 450 N, when tested between 18 cm grips, the rate of traverse of power actuated grip being 30 cm/min.)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 16) : 1974(iii)Flexing resistance, number of cycles b)Cut growth at the end of 150 000 cycles, Percent, Max)	-	0	-
Cl.4.4.5 ( Table 1.)(b) Weft )	-	0	-
4.1.2 Lining Material(For covering of the insole, cotton drill conforming to Table 1, Sl No. (ii) shall be used. For detachable insole, bleached cotton twill of breaking load 390 N Min in warp way and)	-	0	-
Cl.4.4.5 ( Table 1.)( in case of half bellow. Thefull bellow tongue shall be made out of canvas cloth as prescribed in Sl No. (i) of Table 1. Breaking load in N, Min a) Warp )	-	0	-
Cl.4.1.1 upper IS 1969(b)Weft)	-	0	-
Cl.4.1.1 upper IS 1969(Breaking load in N.Min (5 × 20 cm grip): a) Wrap)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 16) : 1974(iii)Flexing resistance, number of cycles a)Initial crack, Min)	-	0	-
4.1.2 Lining Material( 200 N Minin weft way (when tested in accordance with IS 1969 : 1985) )	-	0	-
Cl.4.1.4 Reinforcement Material(The back seam, joining two quarters at the back of the heel shall be reinforced with a not less than 25 mm wide tape made out of material conforming to Sl No. (i) of Table 1)	-	0	-
Cl.4.1.1 upper(The upper shall consist of Rip Stop Fabric of cotton or manmade or its blend being the over layer and cotton drill as an inner layer and shall conform to the requirements given at Sl No. (i) of Table 1. Sr.no 1.Overlayer Construction )	-	0	-
4.1.1.1 Colour fastness(The dyed fabrics prescribed in 4.1.1 shall be fast to daylight and mechanical washing. Fastness to daylight shall be of rating 4 or better, when tested in accordance with IS 686 : 1985 or IS 2454 : 1985.)	-	0	-
Cl.4.1.1.2( Fastness to mechanical washing (mild) shall be of rating 4 or better, when tested in accordance with IS 764 : 1979)	-	0	-
Cl.4.1.3.3( Black tapes shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.4.1.5 Thread for Upper Closing Cl.4.1.5.1 (IS 1670:1991)(Sewing thread cotton, man made or blended shall be used for stitching of upper. For cotton variety thread shall conform to variety No. 28 of IS 1720. Polyester variety thread shall conform to variety No. 9 of IS 9543. Any other blend of thread would have breaking load not less than above referred requirements. Sewing thread cotton, manmade or blended shall be used for binding of upper. For cotton variety thread shall conform to variety No. 32 of IS 1720. Polyester variety thread shall conform to variety No. 5 of IS 9543. Any other blend of thread would have breaking load not less than above referred requirement of specification.')	-	0	-
Cl.4.1.5.2( The colour of the threads shall be asagreed to between the purchaser and the supplier. The dyed threads shall conform to the following requirements)	-	0	-
4.1.6 Fabric Laces Cl.4.1.6.1(The two ends of the lace shall be provided with suitable metal or plastic tips. Black laces shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.4.1.7 Rubber Components Cl.4.1.7.1( the soles and heels shall conform to Type 2 of IS 5676:1995.)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 9) : 1978( The rubber components shall conform to Table 4 when tested.' ( Page 3, Table 4, Note 1) — 'However in case it is not possible then 4.2.5.3 of IS 13695:1993 shall be followed. 1)Relative density, Max)	-	0	-
Cl.4.1.7.5 Thickness of components(Individual components of the boots shall comply with the thickness and material requirements prescribed in Table 6.)	-	0	-
Cl.4.3 Leg Height(The leg height of the boots for size 8 shall be 160 ± 2 mm with an increase or decrease of 4 mm of the nominal height for each bigger or smaller sizes respectively when measured at the inside from the back of the boot from insole to the top.)	-	0	-
Cl.4.4.2( The canvas upper shall be lined with bleached drill cloth.)	-	0	-
Cl.4.4.3( The upper shall be stitched on a lockstitch machine, with 30 to 40 stitches per decimetre by thread of variety No. 8 and variety No. 29 cotton sewing thread conforming to 4.1.5 using variety No. 29 for taping and binding and variety No. 8 for remaining seams. )	-	0	-
Cl.4.4.5 ( The tongue shall be either half or full bellow depending on the requirement of the purchaser andshall be made from composite material prescribed for the upper in 4.1.1.)	-	0	-
Cl.4.4.6( A minimum of seven aluminium, brass or steel eyelets having 10 mm diameter and wall thickness 0.30 to 0.35 mm shall be fitted in each face.')	-	0	-
Cl.4.4.7( The toe shall be reinforced with a toe puff cemented inside and outside with rubber toe cap. The heel piece (counter) or stiffener shall be set from the bottom of the lining and bound flat on the top edge with white cloth for binding of countertop edge with white clothfor binding of counter)	-	0	-
Cl.4.4.8( A strengthening rubber arch piece shall be firmly pasted and stitched at the middle arch of the inside quarter. Another strengthening rubber piece, circular in shape 35 ± 1 mm in diameter, may bepasted and stitched at the centre of the inside)	-	0	-
Cl.4.4.10( A 25 mm Min wide and 2 mm Min thick rubber golosh in serrated, diamond or any otherdesign, as agreed to between the purchaser and thesupplier, shall be fitted all round the sole edge of the boot. The golosh shall not extend below the edge of the sole.)	-	0	-
Cl.4.5.1(Cl.4.1.6.)( Each pair of boot shall be provided with a pair of braided fabric laces of the quality as prescribed in 4.1.6.)	-	0	-
Cl.4.5.2( In appearance, general workmanship, finish and in all other respects, not defined in this standard, the boot shall be similar to those of the sample approved by the purchaser, if any.)	-	0	-
Cl.4.6 Mass(The mass of finished boots, rubber sole, of size 8 shall not exceed 1130 g per pair, and the mass shall increase or decrease by 75 g per pair for each bigger or smaller size respectively.)	-	0	-
Cl.4.9 Composite Breaking Strength Test( From the upper of made up footwear representative sample of width 25 ± 0.5 mm width strip is to be cut along the length of the boot of enough length so as to make it convenient to allow a distance of minimum 30 mm between the jaws of the tensile machine.Rate of traverse of pulling jaw shall be 100 ± 5 mm per minute. Two such test pieces will be required to be obtained from the made up footwear and will be subjected to test to break each test piece. Mean value of each set of test pieces comprising of length wise and height wise test pieces will be 1 000 N/25 mm width minimum.')	-	0	-
4.1.3.2(Fastness to mechanical washing (mild))	-	0	-
4.1.3(Cotton tape NEWAR)	-	0	-
Table 2 (ii)(Breaking load on 50 cm test length. N, Min)	-	0	-
4.1.6.2(Laces- Fastness to daylight)	-	0	-
4.1.6.3(Laces- Fastness to mechanical washing (mild))	-	0	-
Cl.4.4.9(From the upper of made up footwear representative sample of width 25 ± 0.5 mm width strip is to be cut along the length of the boot of enough length so as to make it convenient to allow a distance of minimum 30 mm between the jaws of the tensile machine)	-	0	-
Cl.4.1.5 Thread for Upper Closing Cl.4.1.5.1 (IS 1670:1991)(Sewing thread cotton, man made or blended shall be used for stitching of upper. For cotton variety thread shall conform to variety No. 28 of IS 1720. Polyester variety thread shall conform to variety No. 9 of IS 9543. Any other blend of thread would have breaking load not less than above referred requirements. Sewing thread cotton, manmade or blended shall be used for binding of upper. For cotton variety thread shall conform to variety No. 32 of IS 1720. Polyester variety thread shall conform to variety No. 5 of IS 9543. Any other blend of thread would have breaking load not less than above referred requirement of specification.')	-	0	-
Cl.4.1.5.2( The colour of the threads shall be asagreed to between the purchaser and the supplier. The dyed threads shall conform to the following requirements)	-	0	-
4.1.6 Fabric Laces Cl.4.1.6.1(The two ends of the lace shall be provided with suitable metal or plastic tips. Black laces shall be free from sulphur dyes when tested in accordance with Annex B.)	-	0	-
Cl.4.1.7 Rubber Components Cl.4.1.7.1( the soles and heels shall conform to Type 2 of IS 5676:1995.)	-	0	-
Cl.4.1.7.5 Thickness of components(Individual components of the boots shall comply with the thickness and material requirements prescribed in Table 6.)	-	0	-
Cl.4.1.7.2 IS 3400 (Part 1) : 1987(Tensile strength in MPa, Min)	-	0	-

26 Jul, 2027

-
Included w.e.f 13.02.2025

140

IS 4985 (2021)

UNPLASTICIZED PVC PIPES FOR POTABLE WATER SUPPLIES SPECIFICATION Fourth Revision

Unplasticized PVC Pipes for Potable Water Supplies

15250 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
10.1(Colour)	-	300	5% discount for BIS
10.1(Surface Finish)	-	300	5% discount for BIS
7.2.1.1 Table3(Angle of taper (Note-1))	-	500	5% discount for BIS
10.7(Sulphated Ash Content)	-	950	5% discount for BIS
5(CLASSIFICATION OF PIPES)	-	300	5% discount for BIS
Cl-7.1(Mean out side Diameter (For less than or equal to 40 mm- Average of 8 , For higher diameters up to 110 mm average of 6))	-	500	5% discount for BIS
7.1.1.1(DIMENSIONS-PIPE-Mean O.D. (Minimum))	-	500	5% discount for BIS
7.1.1.1(DIMENSIONS-PIPE-Mean O.D. Variation)	-	500	5% discount for BIS
7.1.1.2(DIMENSIONS-PIPE-O.D. at any Point (Minimum))	-	500	5% discount for BIS
7.1.1.2(DIMENSIONS-PIPE-O.D. at any Point (Maximum))	-	500	5% discount for BIS
7.1.1.2(DIMENSIONS-PIPE-Ovality (Maximum))	-	500	5% discount for BIS
7.1.2.1(DIMENSIONS-PIPE-Thickness(Minimum))	-	500	5% discount for BIS
7.1.2.1(DIMENSIONS-PIPE-Thickness(Maximum))	-	500	5% discount for BIS
7.1.2.1(DIMENSIONS-PIPE-Average Thickness)	-	500	5% discount for BIS
Cl- 7.2(Socket length (Take 4 reading & minimum will be reported))	-	500	5% discount for BIS
7.2.1(DIMENSIONS-Socket)	-	500	5% discount for BIS
7.2.1.1-Table 3(DIMENSIONS-Socket-Sockets for solvent cement jointing-Minimum Length)	-	500	5% discount for BIS
7.2.1.1-Table 3(DIMENSIONS-Socket-Sockets for solvent cement jointing-Diameter at mid point of the socket length (Minimum))	-	500	5% discount for BIS
7.2.1.1-Table 3(DIMENSIONS-Socket-Sockets for solvent cement jointing-Diameter at mid point of the socket length (Maximum))	-	500	5% discount for BIS
7.2.1.2(a)-Table 5(DIMENSIONS-Sockets for elastomeric sealing ring joints-Minimum depth of engagement)	-	500	5% discount for BIS
7.2.1.2-Table 4(DIMENSIONS-Sockets for elastomeric sealing ring joints-Socket inner Diameter)	-	500	5% discount for BIS
8(SEALING RINGS)	-	300	5% discount for BIS
9.1(PIPE ENDS)	-	900	5% discount for BIS
10.1(PHYSICAL AND CHEMICAL CHARACTERISTICS-Visual Appearance)	-	300	5% discount for BIS
10.2(PHYSICAL AND CHEMICAL CHARACTERISTICS-Opacity)	-	600	5% discount for BIS
10.4(PHYSICAL AND CHEMICAL CHARACTERISTICS- Reversion Test)	-	900	5% discount for BIS
10.5(PHYSICAL AND CHEMICAL CHARACTERISTICS- Vicat Softening Temperature)	-	1100	5% discount for BIS
10.6(PHYSICAL AND CHEMICAL CHARACTERISTICS- Density)	-	500	5% discount for BIS
11.1-Table 6(MECHANICAL PROPERTIES-Hydrostatic Pressure Test (Type Test))	-	4500	5% discount for BIS
11.1-Table 6(MECHANICAL PROPERTIES-Hydrostatic Pressure Test (Acceptance Test))	-	4500	5% discount for BIS
11.1-Table 7(MECHANICAL PROPERTIES-Hydrostatic Pressure Test (Type Test)-for Integral Sealing Ring Sockets)	-	4500	5% discount for BIS
11.1-Table 7(MECHANICAL PROPERTIES-Hydrostatic Pressure Test (Acceptance Test)-for Integral Sealing Ring Sockets)	-	4500	5% discount for BIS
11.1.1(MECHANICAL PROPERTIES-Hydrostatic Pressure Test (Acceptance Test)-for Plumbing pipes)	-	4500	5% discount for BIS
11.2(Resistance to External Blows at 0°C)	-	1250	5% discount for BIS
10.3(Effect on Water Test)	-	2500	5% discount for BIS
6.1.2(PVC Resin)	-	350	5% discount for BIS
7.1.3(mean outside diameter, outside diameter at any point, and wall thickness of plumbing pipes)	-	500	5% discount for BIS
7.1.4(Length)	-	500	5% discount for BIS
6.1.1(VCM Content)	-	350	5% discount for BIS
7.2.1.2b(Maximum inner diameter of groove)	-	500	5% discount for BIS
13.1(Marking)	-	300	5% discount for BIS

26 Jul, 2027

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-

141

IS 4984 (2016)

Polyethylene pipes for water supply - Specification (Fifth Revision)

Polyethylene Pipes for Water Supply

19500 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
5, 5.1 table-1(MATERIALS)	-	250	5% discount for BIS
5.2(Polyethylene Resin)	-	600	5% discount for BIS
8.9 table-6(Elongation at Break)	-	500	5% discount for BIS
8.8(Tensile Strength for Butt-fusion)	-	750	5% discount for BIS
8.7(Density)	-	500	5% discount for BIS
8.5 (Oxidation Induction Time)	-	1500	5% discount for BIS
8.4( Melt Flow Rate)	-	750	5% discount for BIS
8.2(Longitudinal Reversion Test)	-	750	5% discount for BIS
8.1.2 table -5(Internal Pressure Creep Rupture Test of Pipe Joints)	-	3500	5% discount for BIS
8,/8.1/8.1.1 table-5(PERFORMANCE REQUIREMENTS / Hydraulic Characteristics/ Internal Pressure Creep Rupture Test of Pipe)	-	3500	5% discount for BIS
7.4.1.2(Ovality)	-	250	5% discount for BIS
Cl-7.4(Mean Outside Diameter (For upto 50 mm take 8 reading, above 50mm take 6 reading & average will be reported))	-	250	5% discount for BIS
7.2(Length)	-	250	5% discount for BIS
6.2.1(6.1.1 Identification Stripes)	-	250	5% discount for BIS
6.2(Colour)	-	250	5% discount for BIS
6.1.4(PIPE DESCRIPTION)	-	250	5% discount for BIS
6.1.3 (PIPE DESCRIPTION)	-	250	5% discount for BIS
6, 6.1.2(PIPE DESCRIPTION)	-	250	5% discount for BIS
6, 6.1.1(PIPE DESCRIPTION)	-	250	5% discount for BIS
6, 6.1(PIPE DESCRIPTION)	-	250	5% discount for BIS
8.6(Overall migration)	-	1500	5% discount for BIS
8.3(Carbon black)	-	750	5% discount for BIS
5.4(Anti oxydent)	-	250	5% discount for BIS
5.3(e)(Carbon Black Master Batch)	-	1500	5% discount for BIS
5.3(d)(Carbon Black Master Batch)	-	0	5% discount for BIS
5.3(c)(Carbon Black Master Batch)	-	0	5% discount for BIS
5.3(b)(Carbon Black Master Batch)	-	0	5% discount for BIS
5.3 (a)(Carbon Black Master Batch)	-	0	5% discount for BIS
7()	-	0	5% discount for BIS
7()	-	0	NIL
8.10(Slow Crack Growth Rate)	-	1500	5% discount for BIS
7.1(Visual Appearance)	-	250	5% discount for BIS
5.2(Density)	-	600	5% discount for BIS
5.2(MFI @ 1900C/5.0 Kg)	-	600	5% discount for BIS
5.2(Volatile matter Content)	-	600	5% discount for BIS
5.3(Toluene Extract)	-	1500	5% discount for BIS
Clause 7.1(Visual Apperance)	-	250	5% discount for BIS
Clause 7.3(Coiling)	-	250	5% discount for BIS
Table-2 (iii, iv)(Thermal Stability (Oxidation Induction Time), Volatile Matter)	-	600	5% discount for BIS
Cl. 8.3(Carbon Black Content)	-	750	5% discount for BIS
Cl. 8.3(Carbon Black Dispersion)	-	750	5% discount for BIS
5.2,T2(Melt Flow rate(Temperature - 190oC,Mass 5kg)-IS 2530-1963)	-	600	5% discount for BIS
8.7(Density-IS 7328:2020)	-	500	5% discount for BIS
8.7(Corrected Density- IS 7328:2020)	-	500	5% discount for BIS
8.9,T6("Tensile - IS 4984-2016 (Annexure-H)")	-	500	5% discount for BIS
8.9,T6("Elongation -IS 4984-2016 (Annexure-H)")	-	500	5% discount for BIS
Cl 8.3(Carbon Black Content)	-	750	5% discount for BIS
Cl 8.3(Carbon Black Dispersion)	-	750	5% discount for BIS

26 Jul, 2027

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-

142

IS 9973 (1981)

Specification for visor for scooter helmets

Visor for Scooter Helmets

6900 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
5.1(Impact resistance)	-	350	5% discount for BIS samples
5.2(Penetration resistance)	-	350	5% discount for BIS samples
5.3(Flammability)	-	600	5% discount for BIS samples
5.4.1(Distortion)	-	200	5% discount for BIS samples
5.4.2(Spherical&Cylindral error)	-	900	5% discount for BIS samples
5.4.3(Prismatic Error)	-	900	5% discount for BIS samples
5.4.4(Diffuse transmittance)	-	1000	5% discount for BIS samples
5.4.5(Light transmission)	-	1000	5% discount for BIS samples
5.5(Field of Vision)	-	800	5% discount for BIS samples
7.0(Mass)	-	300	5% discount for BIS samples
3(Materials)	-	200	None
4(Design)	-	200	None

26 Jul, 2027

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-

143

IS 4151 (2015)

Protective helmets for motorcycle riders - Specification

Protective helmets for motorcycle riders

14200 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.1(Shell)	-	100	5% discount for BIS samples
4.5(Metal Parts)	-	500	5% discount for BIS samples
6.1(General)	-	100	5% discount for BIS samples
6.2(Shell)	-	100	5% discount for BIS samples
6.3(Protactive Padding)	-	200	5% discount for BIS samples
6.4(Retention System)	-	300	5% discount for BIS samples
6.7(Peripheral Vision)	-	500	5% discount for BIS samples
6.8(Workmanship and Finish)	-	300	5% discount for BIS samples
7.2(Impact Absorption Test)	-	2000	5% discount for BIS samples
7.3(Rigidity Test)	-	550	5% discount for BIS samples
7.4(Projections and Surface Friction Test)	-	1750	5% discount for BIS samples
7.5(Dynamic Test of Retention System)	-	600	5% discount for BIS samples
7.7(Retention Test of Helmet)	-	750	5% discount for BIS samples
7.8(Micro-Slip Test of the Chin Strap)	-	750	5% discount for BIS samples
7.9(Test for Resistance to Abrasion of the Chin Strap )	-	1250	5% discount for BIS samples
7.10.1(Inadvertent Release by Pressure)	-	1750	5% discount for BIS samples
7.10.3(Durability of Quick Release Mechanism)	-	1750	5% discount for BIS samples
7.10.2(Ease of Release)	-	1750	5% discount for BIS samples
7.6(Audibility Test)	-	2000	5% discount for BIS samples
7.10.1(Tests for Helmets)	-	1750	5% discount for BIS samples
7.10.2(Tests for Helmets)	-	1750	5% discount for BIS samples
7.10.3(Tests for Helmets)	-	1750	5% discount for BIS samples
5(Size)	-	100	5% discount for BIS samples
4.1(Material)	-	100	5% discount for BIS samples

26 Jul, 2027

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144

IS 13395 (2021)

Performance of Handles and Handle Assemblies Attached to Cookware - Specification ( First Revision )

9000 View breakup
-

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.1(Construction)	-	300	5% discount for BIS
4.2(Materials)	-	300	5% discount for BIS
4.3(Selection and Size)	-	300	5% discount for BIS
4.4(Position of handle and knob with respect to cookware)	-	300	5% discount for BIS
4.5(Attachment to cookware)	-	300	5% discount for BIS
5.1(General)	-	300	5% discount for BIS
5.2(Bending strength)	-	800	5% discount for BIS
5.3(Torque strength)	-	800	5% discount for BIS
5.4(Impact strength)	-	800	5% discount for BIS
5.5(Fatigue resistance)	-	1000	5% discount for BIS
5.6(Leakage)	-	1000	5% discount for BIS
5.7(Thermal insulation)	-	1000	5% discount for BIS
5.8(Heat resistance)	-	1000	5% discount for BIS
5.9(Washing resistance)	-	1000	5% discount for BIS
5.10(Burning resistance)	-	1000	5% discount for BIS

26 Jul, 2027

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-

145

IS 4246 (2002)

Domestic gas stoves for use with liquefied petroleum gases - Specification (Fifth Revision)

Gas Stove

22000 View breakup
For BIS samples: 1.5 times of BIS testing charges

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Cl.24(Annexure E)(on no account the carbon monoxidel carbon dioxide ratio of the exhaust gases of any burner. operating at any consumption at which the burner is stable at gas inlet pressure from 2452 kN/m2 to 3432 kN/m2 (25 gf/cm2 to 35 gf/cm2), exceed 0.02.)	-	500	5% discount for BIS
Cl.23(There shall be no extinction of the flames on any of the burners operating at maximum consumption when the appliance is placed in a general (not localized) current of air with a velocity of 2 m/s, as measured with a rotating vane anemometer. The location of the appliance relative to neighboring walls and the direction of the draught shall be varied to correspond to likely conditions of appliance installation. This applies for all pressures from 2452 kN/m2 to 3432 kN/m2 (25 gf/cm2 to 35 gf/cm2).)	-	500	5% discount for BIS
4.1(Requirement)	-	200	5% discount for BIS
5(Materials)	-	3200	5% discount for BIS (Cl. 5.1,5.2,5.3,5.4,5.5,5.7 & 5.1.2,5.1.3)
6(Design for Maintenance)	-	500	5% discount for BIS
7(Rigidity and Stability)	-	500	5% discount for BIS
8(Workmanship and Finish)	-	3000	5% discount for BIS (Cl. 8.1 and (7.3.2,7.3.3,7.4.1,7.4.2 of IS:5116) & Cl. 8.2,8.3)
9(Gas Taps)	-	500	5% discount for BIS
10(Injector Jets)	-	500	5% discount for BIS
11(Burners)	-	800	5% discount for BIS
12(Burner Pan Supports)	-	900	5% discount for BIS
13.1(Gas Soundness)	-	900	5% discount for BIS
13.2(Gas Leak Detector)	-	900	5% discount for BIS
14(Gas Inlet Connections)	-	800	5% discount for BIS
15(Strength and Rigidity)	-	700	5% discount for BIS
16(General Conditions of Test)	-	700	5% discount for BIS
17.1.1(Gas Consumption)	-	700	5% discount for BIS
18(Ignition and Flame Travel)	-	900	5% discount for BIS
19(Flame Stability)	-	500	5% discount for BIS
20(Noise Control)	-	1200	5% discount for BIS
21(Flash Back)	-	1000	5% discount for BIS
22(Formation of Soot)	-	500	5% discount for BIS
25(Fire Hazard and Limiting Temperature)	-	500	5% discount for BIS
26(Thermal Efficiency)	-	1000	5% discount for BIS
29(Marking)	-	500	5% discount for BIS

26 Jul, 2027

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-

146

IS 21 (1992)

Wrought aluminium and aluminium alloys for manufacture of utensils specification (Fourth Revision)

Wrought aluminium and aluminium alloys

9500 View breakup
For BIS samples: 1.5 times of BIS testing charges, For others

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.2, Table 1of IS:21 (Designation 19000)(Silicon)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19000)(Iron)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19000)(Copper)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19000)(Zinc)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19000)(Manganese)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19000)(Magnesium)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19000)(Aluminium)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19000)(Cu+Mg+Si+Fe+Mn+Zn)	-	4500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 64430)(Lead)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19000)(Lead)	-	1000	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H4')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H4')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H4')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H4')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H4')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H4')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H2')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H2')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H2')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H2')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H2')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'H2')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'O')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'O')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'O')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'O')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'O')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19600, 'O')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H4')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H4')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H4')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H4')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H4')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H4')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H2')(0.2 Percent Proof Stress)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H3')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H3')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H3')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H3')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H3')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	0	Nil
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H3')(Tensile Strength)	-	0	Nil
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H2')(Bend Test (Radius of Bend))	-	0	Nil
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H2')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	0	Nil
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H2')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	0	Nil
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H2')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H2')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H2')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H1')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H1')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H1')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H1')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	0	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H1')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H1')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-B, 'H1')(0.2 Percent Proof Stress)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H3')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H3')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H3')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H3')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H3')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H3')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H3')(0.2 Percent Proof Stress)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H2')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H2')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H2')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H2')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H2')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H2')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H2')(0.2 Percent Proof Stress)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H1')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H1')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H1')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H1')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H1')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H1')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'H1')(0.2 Percent Proof Stress)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'O')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'O')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'O')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'O')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'O')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 51000-A, 'O')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 1of IS:21 (Designation 64430)(Aluminium)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 64430)(Chromium)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 64430)(Titanium and or other grain refining elements)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-B)(Aluminium)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H4')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H4')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H4')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H4')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H4')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H4')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H3')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H3')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H3')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H3')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H3')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H3')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H2')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H2')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H2')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H2')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H2')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H2')(Tensile Strength)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H1')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H1')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H1')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H1')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H1')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'H1')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'O')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'O')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'O')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'O')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'O')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31000, 'O')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-B)(Lead)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-A)(Lead)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-A)(Chromium)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19500)(Copper)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19500)(Silicon)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19500)(Iron)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19500)(Manganese)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19500)(Zinc)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19500)(Lead)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19500)(Cu+Si+Fe+Mn+Zn)	-	5500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'O')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'O')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-B)(Chromium)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-B)(Zinc)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-A)(Zinc)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-B)(Manganese)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-A)(Manganese)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'O')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'O')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'O')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'O')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H1')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H1')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H1')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H1')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H1')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H1')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H2')(Tensile Strength)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31500, 'H2')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31500, 'H2')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H2')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31500, 'H3')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 31500, 'H4')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H3')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H3')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H3')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H3')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-B)(Iron)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-A)(Iron)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H4')(Tensile Strength)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H4')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H4')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H4')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H4')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19000, 'H4')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'O')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'O')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'O')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'O')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'O')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'O')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H2')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H2')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H2')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H2')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H2')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H2')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-B)(Silicon)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-A)(Silicon)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-B)(Magnesium)	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H4')(Tensile Strength)	-	400	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H4')(Elongation on 50 mm gauge length (For thickness 0.5 to 0.8 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H4')(Elongation on 50 mm gauge length (For thickness 0.8 to 1.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H4')(Elongation on 50 mm gauge length (For thickness over 1.3 to 2.6 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H4')(Elongation on 50 mm gauge length (For thickness over 2.6 to 6.3 mm))	-	500	5% discount for BIS
4.2, Table 2 of IS:21 (Designation & Condition 19500, 'H4')(Bend Test (Radius of Bend))	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 64430)(Magnesium)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-A)(Magnesium)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 31000)(Copper)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 31000)(Magnesium)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-B)(Copper)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 51000-A)(Copper)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19600)(Aluminium)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19600)(Cu+Si+Fe+Mn+Zn)	-	4500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19600)(Lead)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19600)(Zinc)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19600)(Manganese)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19600)(Iron)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19600)(Silicon)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 19600)(Copper)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 31000)(Silicon)	-	1000	5% discount for BIS
4.2, Table 1of IS:21 (Designation 31000)(Iron)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 31000)(Manganese)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 31000)(Zinc)	-	500	5% discount for BIS
4.2, Table 1of IS:21 (Designation 31000)(Aluminium)	-	0	Nil
4.2, Table 1of IS:21 (Designation 31000)(Lead)	-	0	Nil
4.2, Table 1of IS:21 (Designation 31000)(Chromium)	-	0	Nil
4.2, Table 1of IS:21 (Designation 31000)(Titanium and or other grain refining elements)	-	0	Nil

26 Jul, 2027

-
-

147

IS 740 (1977)

Specification for wrought aluminium and aluminium alloy rivet stock for general engineering purposes (Second Revision)

6600 View breakup
For BIS samples: 1.5 times of BIS testing charges,

Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.1, Table 1of IS:740 (Designation & Condition 65032, 'W')(Tensile Strength of Size upto and including 25 mm)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation & Condition 64430, 'W')(Tensile Strength of Size upto and including 25 mm)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation & Condition 55000, 'OD')(Tensile Strength of Size upto and including 25 mm)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation & Condition 55000, 'O or M')(Tensile Strength of Size upto and including 25 mm)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation & Condition 53000, 'OD')(Tensile Strength of Size upto and including 25 mm)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation & Condition 53000, 'O or M')(Tensile Strength of Size upto and including 25 mm)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation & Condition 24345, 'W')(Tensile Strength of Size upto and including 12 mm)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation & Condition 19000, '112')(Tensile Strength of Size upto and including 12 mm)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Aluminium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Either Cr or Mn shall present)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Chromium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Titanium and or other grain refining elements)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Zinc)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Manganese)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Iron)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Silicon)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Magnesium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 65032)(Copper)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Aluminium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Cr+Mn)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Chromium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Titanium and or other grain refining elements)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Zinc)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Manganese)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Iron)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Silicon)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Magnesium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 64430)(Copper)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 55000)(Aluminium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 55000)(Cr+Mn)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 55000)(Chromium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 55000)(Titanium and or other grain refining elements)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Zinc)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 55000)(Manganese)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 55000)(Iron)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 55000)(Silicon)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 55000)(Magnesium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 55000)(Copper)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Aluminium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Cr+Mn)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Chromium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Titanium and or other grain refining elements)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Manganese)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Iron)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Silicon)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Magnesium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 53000)(Copper)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 24345)(Aluminium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 24345)(Chromium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 24345)(Titanium and or other grain refining elements)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 24345)(Zinc)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 24345)(Manganese)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 24345)(Iron)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 24345)(Silicon)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 24345)(Magnesium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 24345)(Copper)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 19000)(Aluminium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 19000)(Cu+Mg+Si+Fe+Mn+Zn)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 19000)(Zinc)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 19000)(Manganese)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 19000)(Iron)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 19000)(Silicon)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 19000)(Magnesium)	-	500	5% discount for BIS
4.1, Table 1of IS:740 (Designation 19000)(Copper)	-	500	5% discount for BIS
6(Freedom From Defects)	-	500	5% discount for BIS
7(Dmension And Tolerances)	-	500	5% discount for BIS
9.2(Head Forming Test)	-	500	5% discount for BIS
11(Marking)	-	100	5% discount for BIS

26 Jul, 2027

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148

IS 15558 (2005)

Mini domestic water heater for use with LPG - Specification

15500 View breakup
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Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
4.1.1(Construction)	-	200	5% discount for BIS
4.1.2(Construction)	-	200	5% discount for BIS
4.1.3(Construction)	-	200	5% discount for BIS
4.1.4(Construction)	-	200	5% discount for BIS
4.1.5(Construction)	-	200	5% discount for BIS
4.1.6(Construction)	-	200	5% discount for BIS
4.1.7(Construction)	-	200	5% discount for BIS
4.1.8(Construction)	-	200	5% discount for BIS
4.1.9(Construction)	-	200	5% discount for BIS
4.1.10(Construction)	-	200	5% discount for BIS
4.1.11(Construction)	-	200	5% discount for BIS
4.1.12(Construction)	-	200	5% discount for BIS
5.1(Materials)	-	500	5% discount for BIS
5.2(Materials)	-	500	5% discount for BIS
5.3(Materials)	-	500	5% discount for BIS
5.4(Materials)	-	500	5% discount for BIS
5.5(Materials)	-	500	5% discount for BIS
6.1(Connections)	-	200	5% discount for BIS
6.2(Connections)	-	200	5% discount for BIS
6.3(Connections)	-	200	5% discount for BIS
6.4(Connections)	-	200	5% discount for BIS
6.5(Connections)	-	200	5% discount for BIS
6.6(Gas Inlet Connections)	-	200	5% discount for BIS
6.6(Gas Inlet Connections)	-	200	5% discount for BIS
6.6(Gas Inlet Connections)	-	200	5% discount for BIS
7(Flame Visibility)	-	500	5% discount for BIS
8(Gas Taps)	-	500	5% discount for BIS
9(Flame Failure Device)	-	500	5% discount for BIS
10(Ignition Device)	-	500	5% discount for BIS
11(Protection Against Accidental Overheating)	-	800	5% discount for BIS
12(Water Rate Adjuster)	-	500	5% discount for BIS
14(Gas Soundness)	-	1500	5% discount for BIS
15(Water Soundness)	-	1000	5% discount for BIS
16(Thermal Efficiency)	-	800	5% discount for BIS
17(Combustion)	-	1000	5% discount for BIS
18(Gas Consumption)	-	200	5% discount for BIS
19.1(Ignition and flame travel)	-	800	5% discount for BIS
19.2(Ignition and flame travel)	-	800	5% discount for BIS
19.3(Ignition and flame travel)	-	800	5% discount for BIS
20(Flame Stability)	-	200	5% discount for BIS
21(Noise Control)	-	800	5% discount for BIS
22(Flash Back)	-	1000	5% discount for BIS
23(Resistance to Draught)	-	800	5% discount for BIS
24(Fire Hazard And Limiting Temperature)	-	1000	5% discount for BIS
25(Time For Temperature Rise)	-	500	5% discount for BIS
26(Hot Water Output Test)	-	500	5% discount for BIS
27(Marking)	-	200	5% discount for BIS

26 Jul, 2027

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149

IS 14968 (2015)

Textiles – High density polyethylene (HDPE)/ polypropylene (PP) woven sacks for packing 50 Kg/25 kg sugar – Specification (first revision)

Type 1 & Type 2

21000 View breakup
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Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
3(TYPES)	-	200	5% discount for BIS
4.1(Raw Material)	-	2000	5% discount for BIS
4.2(Tapes – Width IS 6192 and IS 11197)	-	100	5% discount for BIS
4.2(Tapes – Linear Density )	-	1000	Nil
4.3.1(The two rows of stitches shall be separated from each other)	-	250	5% discount for BIS
4.3.1( The outer stitch)	-	100	5% discount for BIS
4.3.1( The stitching shall be done with double fold over seam to a depth )	-	100	5% discount for BIS
4.3.1(Stitches pass through a minimum of six layers of the fabric. )	-	100	5% discount for BIS
4.3.1(stitches/dm)	-	300	5% discount for BIS
4.3.2(Mouth)	-	100	5% discount for BIS
4.4(Liner IS 10146 or IS 10910.)	-	2000	5% discount for BIS
4.4(Mass of the loose liner )	-	300	5% discount for BIS
4.4(Width of the loose liner)	-	100	5% discount for BIS
4.4(Length of the line)	-	100	5% discount for BIS
4.4(Bottom seam of the loose liner)	-	100	5% discount for BIS
4.4.1(Liner)	-	100	5% discount for BIS
4.5 and Table 1 i(Capacity)	-	500	5% discount for BIS
5.2 and Table 1 ii a(Dimensions Inside Length)	-	250	5% discount for BIS
5.2 and Table 1 ii b(Dimensions Inside Width)	-	250	5% discount for BIS
5.2 and Table 1 iii(Ends per dm )	-	300	5% discount for BIS
5.2 and Table 1 iv(Picks per dm )	-	300	5% discount for BIS
5.1 and Table 1 v a(Mass of unlaminated sack IS 1964)	-	500	Mass of Unlaminated Sack
5.1 and Table 1 v b(Mass of unlaminated sack with liner )	-	500	Mass of the sack with liner
5.2 and Table 1 vi a(Average breaking strength of fabric Lengthwise IS 1969 (Part 1))	-	2000	5% discount for BIS
5.2 and Table 1 vi b(Average breaking strength of fabric Widthwise IS 1969 (Part 1))	-	0	Charges already taken in cl. 5.2 vi a.
5.2 and Table 1 vi(Breaking strength of bottom seam IS 9030 )	-	1500	5% discount for BIS
5.2 and Table 1 viii a(Elongation at break of fabric Lengthwise IS 1969 (Part 1))	-	1500	5% discount for BIS
5.2 and Table 1 viii b(Elongation at break of fabric Widthwise IS 1969 (Part 1))	-	0	Charges already taken in cl. 5.2 viii a.
5.2 and Table 1 ix(Average breaking strength and elongation at break of UV stabilized HDPE/PP fabric after been exposed to UV radiation and weathering )	-	5000	5% discount for BIS
5.2 and Table 1 x(Ash content )	-	1200	5% discount for BIS
4.2(Construction)	-	250	5% discount for BIS

26 Jul, 2027

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150

IS 9573 : Part 2 (2017)

Rubber hose for liquefied petroleum gas (Lpg) - Specification: Part 2 domestic and commercial application (Fourth Revision)

14600 View breakup
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Clause No.	Exclusion	Testing Charges (Excl. Of Taxes)	Remark
Clause 4.2(Material)	-	200	5% discount for BIS
Clause 4.2.1(Lining)	-	200	5% discount for BIS
Clause 4.2.2 (a)(Reinforcement)	-	200	5% discount for BIS
Clause 4.2.2 (b)(Reinforcement)	-	200	5% discount for BIS
Clause 4.4 Sub Clause 4.4.1 Table 2 (i) (a)(Tensile Strength- Lining)	-	1200	5% discount for BIS
Clause 4.4 Sub Clause 4.4.1 Table 2 (i) (b)(Tensile Strength- cover)	-	1200	5% discount for BIS
Clause 4.4 Sub Clause 4.4.2 (a)(Accelerated Ageing Test lining)	-	1500	5% discount for BIS
Clause 4.4 Sub Clause 4.4.2 (a)(Accelerated Ageing Test cover)	-	1500	5% discount for BIS
Clause 4.4 Sub Clause 4.4.3 (a)(Resistance of Lining to n-pentane)	-	500	5% discount for BIS
Clause 4.5 Sub clause 4.5.1(Adhesion)	-	500	5% discount for BIS
Clause 4.5 Sub clause 4.5.2(Low Temperature Flexibility)	-	1000	5% discount for BIS
Clause 4.5 Sub clause 4.5.3(Flexibility of Hose)	-	1000	5% discount for BIS
Clause 4.5 Sub clause 4.5.4(Ozone Resistance)	-	2000	5% discount for BIS
Clause 4.5 Sub clause 4.5.5 4.5.5.1(Proof pressure test)	-	1000	5% discount for BIS
Clause 4.5 Sub clause 4.5.5 4.5.5.2(Bursting pressure)	-	1000	5% discount for BIS
Clause 4.5 Sub clause 4.5.6(Grip Strength Test)	-	1000	5% discount for BIS
Clause 4.5 Sub clause 4.5.7(Burning Behaviour)	-	1000	5% discount for BIS
Clause 5.2.1(BIS Certification Marking )	-	500	5% discount for BIS
Clause 4.3 Sub Clause 4.3.1 Table 1(Bore Size)	-	600	5% discount for BIS
Clause 4.3 Sub Clause 4.3.2 (a)(Thickness of Lining and Cover)	-	600	5% discount for BIS
Clause 4.3 Sub Clause 4.3.2 (b)(Thickness of Lining and Cover)	-	600	5% discount for BIS
Clause 4.3 Sub Clause 4.3.3(Length)	-	600	5% discount for BIS
Clause 4.1(General)	-	500	5% discount for BIS
Clause 4.2.3(Cover)	-	200	5% discount for BIS
Clause 4.4 Sub Clause 4.4.1 Table 2 (ii) (a)(Elongation at break- Lining)	-	1200	5% discount for BIS
Clause 4.4 Sub Clause 4.4.1 Table 2 (ii) (b)(Elongation at break- Cover)	-	1200	5% discount for BIS
Clause 5.2 (a)(Marking Manufacturer’s name or trade-mark, if any )	-	500	5% discount for BIS
Clause 5.2 (b)(Marking Words LPG, Max W.P. 1.0 MPa; )	-	500	5% discount for BIS
Clause 5.2 (c)(Marking Nominal bore, 1000111)	-	500	5% discount for BIS
Clause 5.2 (d)(Marking Batch/Lot No. )	-	500	5% discount for BIS
Clause 5.2 (e)(Marking Month and year of manufacture )	-	500	5% discount for BIS
Clause 5.2 (f)(Marking IS 9573 (Part 2) )	-	500	5% discount for BIS
Clause 5.2 (f)(Marking ecommended to replace before (MONTH/YEAR) )	-	500	5% discount for BIS
9.1(PIPE ENDS)	-	0	None

26 Jul, 2027

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Bureau of Indian Standards

The National Standards Body of India

Bharat Test House Pvt. Ltd. 1668 Sonipat

1668 (DIV-II), HSIIDC INDUSTRIAL ESTATE, RAI, DIST. SONEPAT, HARYANA, INDIA, Sonipat, Sonipat, Haryana, 131029

9310314585 bthdiv2@bharattesthouse.com

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