BUREAU OF INDIAN STANDARDS
Programme of Work
MTD34 : Methods of Chemical Analysis of Metals Sectional Committee
- Scope : Standardization in the field of chemical/instrumental analysis of ferrous, non-ferrous metals, ores and other raw materials
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Liaison :ISO/TC 102/SC 2 - Chemical analysis - Participating (P)
ISO/TC 17/SC 1 - Methods of determination of chemical composition - Participating (P)
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IS 10085:2003 Reviewed In : 2024 |
Chemical analysis of zircon (First Revision) flour or sand
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March, 2024
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Indigenous
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IS 1047:1965 Reviewed In : 2021 |
Methods of chemical analysis of antimony (Revised)
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March, 2021
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-
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Indigenous
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IS 11035:1984 Reviewed In : 2024 |
Method for spectrographic analysis of wrought aluminium alloys
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March, 2024
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-
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Indigenous
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IS 11690:1986 Reviewed In : 2023 |
Method of moisture determination of iron ore lot
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December, 2023
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-
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Indigenous
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IS 12107 (Part 1):1987 Reviewed In : 2022 |
Methods of chemical analysis of alumino silicate refractory materials: Part 1 determination of loss on ignition
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March, 2022
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Indigenous
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IS 12107 (Part 2):1987 Reviewed In : 2022 |
Methods of chemical analysis of alumino silicate refractory materials: Part 2 determination of silica
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March, 2022
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Indigenous
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IS 12107 (Part 3):1987 Reviewed In : 2022 |
Methods of chemical analysis of alumino silicate refractory materials: Part 3 determination of aluminium
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March, 2022
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Indigenous
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IS 12107 (Part 4):1987 Reviewed In : 2022 |
Methods of chemical analysis of alumino silicate refractory materials: Part 4 determination of phosphorus
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March, 2022
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-
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Indigenous
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IS 12107 (Part 5):1987 Reviewed In : 2022 |
Methods of chemical analysis of alumino silicate refractory materials: Part 5 determination of titanium
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March, 2022
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Indigenous
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IS 12107 (Part 6):1987 Reviewed In : 2022 |
Methods of chemical analysis of alumino silicate refractory materials : Part 6 determination of iron
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March, 2022
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-
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Indigenous
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IS 12107 (Part 7):1987 Reviewed In : 2022 |
Methods of chemical analysis of alumino silicate refractory materials: Part 7 determination of manganese
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March, 2022
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Indigenous
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IS 12107 (Part 8):1987 Reviewed In : 2022 |
Methods of chemical analysis of alumino silicate refractory materials: Part 8 determination of calcium and magnesium
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March, 2022
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Indigenous
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IS 12107 (Part 9):1987 Reviewed In : 2022 |
Methods of chemical analysis of alumino silicate refractory materials: Part 9 determination of sodium and potassium by flame photometry
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March, 2022
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Indigenous
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IS 12107 (Part 10):2001 Reviewed In : 2022 |
Methods of chemical analysis of alumino - Silicate refractory materials: Part 10 determination of iron manganese, calcium and magnesium by atomic absorption spectrometric method
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March, 2022
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Indigenous
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IS 12308 (Part 1):1987 Reviewed In : 2023 |
Methods for chemical analysis of cast iron and pig iron: Part 1 determination of total carbon by thermal conductivity method (For Carbon 1.00 To 4.50 Percent)
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March, 2023
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-
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Indigenous
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IS 12308 (Part 1):2025 |
Methods for chemical analysis of cast iron and pig iron Part 1 Determination of total carbon by thermal conductivity method (for carbon 1.00 percent to 4.50 percent) (First Revision)
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Indigenous
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IS 12308 (Part 2):1987 Reviewed In : 2023 |
Methods for chemical analysis of cast iron and pig iron: Part 2 determination of sulphur by iodimetric titration after combustion (For Sulphur 0.005 To 0.25 Percent)
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March, 2023
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Indigenous
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IS 12308 (Part 2):2025 |
Methods for chemical analysis of cast iron and pig iron Part 2 Determination of sulphur by iodimetric titration after combustion (for sulphur 0.005 percent to 0.25 percent ) (First Revision)
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Indigenous
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IS 12308 (Part 3):1987 Reviewed In : 2023 |
Methods for Chemical Analysis of Cast Iron and Pig Iron: Part 3 Determination of manganese by periodic spectrophotometric method (for manganese 0.1 to 2.5 percent)
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March, 2023
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-
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Indigenous
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IS 12308 (Part 3):2025 |
Methods for chemical analysis of cast iron and pig iron Part 3 Determination of manganese by periodate spectrophotometric method (for manganese 0.1 percent to 2.5 percent) (First Revision)
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Indigenous
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IS 12308 (Part 4):1988 Reviewed In : 2023 |
Methods for chemical analysis of cast iron and pig iron: Part 4 determination of total carbon, graphitic carbon and combined carbon by gravimetric method
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December, 2023
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Indigenous
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IS 12308 (Part 5):1991 Reviewed In : 2023 |
Methods of chemical analysis of cast iron and pigiron: Part 5 determination of phosphorus (0.01 To 0.50 Percent) by alkalimetric method
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March, 2023
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-
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Indigenous
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IS 12308 (Part 5):2025 |
Methods for chemical analysis of cast iron and pig iron Part 5 Determination of phosphorus by alkalimetric method (for phosphorus 0.01 percent to 0.50 percent) (First Revision)
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Indigenous
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IS 12308 (Part 6):1991 Reviewed In : 2023 |
Methods for Chemical Analysis of Cast Iron and Pig Iron: Part 6 Determination of silicon by gravimetric method (for silicon 0.1 to 6.0 percent)
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March, 2023
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-
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Indigenous
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IS 12308 (Part 6):2025 |
Methods for chemical analysis of cast iron and pig iron Part 6 Determination of silicon by gravimetric method (for silicon 0.1 percent to 6.0 percent (First Revision)
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Indigenous
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IS 12308 (Part 7):1991 Reviewed In : 2023 |
Methods for Chemical Analysis of Cast Iron and Pig Iron: Part 7 Determination of nickel by dimethyl glyoxime (gravimetric) method(for nickel 0.5 to 36 percent)
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March, 2023
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Indigenous
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IS 12308 (Part 7):2025 |
Methods for chemical analysis of cast iron and pig iron Part 7 Determination of nickel by dimethyl-glyoxime gravimetric method (for nickel 0.5 percent to 36 percent) (First Revision)
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Indigenous
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IS 12308 (Part 8):1997 Reviewed In : 2023 |
Method for chemical analysis of cast iron and pig iron: Part 8 determination of chromium by persulphate oxidation method (For Chromium 0.1 To 28 Percent)
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March, 2023
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Indigenous
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IS 12308 (Part 8):2025 |
Methods for chemical analysis of cast iron and pig iron Part 8 Determination of chromium by persulphate oxidation method (for chromium 0.1 percent to 28 percent) (First Revision)
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Indigenous
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IS 12308 (Part 9):1993 Reviewed In : 2023 |
Methods for chemical analysis of cast iron and pig iron: Part 9 determination of molybdenum by thiocyanate (Spectrometric) method (For Molybdenum 0.01 To 1.0 Percent)
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December, 2023
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Indigenous
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IS 12308 (Part 10):1991 Reviewed In : 2023 |
Methods of chemical analysis of cast iron and pig iron: Part 10 determination of manganese (Up To 7.0 Percent) by arsenite (Volumetric) method
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March, 2023
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Indigenous
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IS 12308 (Part 10):2025 |
Methods for chemical analysis of cast iron and pig iron Part 10 Determination of manganese by arsenite (Volumetric) Method (up to 7.0 percent) (First Revision)
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Indigenous
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IS 12308 (Part 11):1991 Reviewed In : 2023 |
Methods for chemical analysis of cast iron and pig iron: Part 11 determination of total carbon by the direct combustion volumetric method (For Carbon 1.50 To 4.50 Percent)
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March, 2023
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Indigenous
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IS 12308 (Part 11):2025 |
Methods for chemical analysis of cast iron and pig iron Part 11 Determination of total carbon by the direct combustion volumetric method (for carbon 1.50 percent to 4.50 percent) (First Revision)
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Indigenous
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IS 12308 (Part 12):1992 Reviewed In : 2023 |
Methods for Chemical Analysis of Cast Iron and Pig Iron: Part 12 Determination of copper by atomic absorption spectrometric method (for copper 0.01 to 0.5 percent)
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March, 2023
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Indigenous
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IS 12308 (Part 12):2025 |
Methods for chemical analysis of cast iron and pig iron Part 12 Determination of copper by atomic absorption spectrometric method (for copper 0.01 percent to 0.5 percent) (First Revision)
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Indigenous
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IS 12308 (Part 13):1992 Reviewed In : 2023 |
Methods of chemical analysis of castiron and pigiron: Part 13 determination of magnesium by atomic absorption spectrometric method (For Magnesium Upto 0.1 Percent)
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March, 2023
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Indigenous
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IS 12308 (Part 13):2025 |
Methods for Chemical Analysis of Cast Iron and Pig Iron Part 13 Determination of Magnesium by Atomic Absorption Spectrometric Method (For Magnesium up to 0.1 Percent (First Revision)
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Indigenous
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IS 12308 (Part 14):1993 Reviewed In : 2023 |
Methods of chemical analysis of cast iron and pig iron: Part 14 determination of titanium by hydrogen peroxide (Spectrophotometric) method (For Titanium Up To 0.25 Percent)
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December, 2023
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-
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Indigenous
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IS 12614 (Part 1):1988 Reviewed In : 2023 |
Methods of chemical analysis of ferromolybdenum: Part 1determination of molybdenum
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December, 2023
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Indigenous
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IS 12614 (Part 2):1988 Reviewed In : 2023 |
Methods of chemical analysis of ferro-molybdenum: Part 2 determination of total carbon
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December, 2023
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Indigenous
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IS 12614 (Part 3):1988 Reviewed In : 2023 |
Methods of chemical analysis of ferro-molybdenum: Part 3 determination of silicon
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December, 2023
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Indigenous
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IS 12614 (Part 4):1988 Reviewed In : 2023 |
Methods of chemical analysisof ferro-molybdenum: Part 4 determination of sulphur
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December, 2023
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Indigenous
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IS 12614 (Part 5):1988 Reviewed In : 2023 |
Methods of chemical analysis of ferro-molybdenum: Part 5 determination of phosphorus
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December, 2023
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Indigenous
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IS 12614 (Part 6):1988 Reviewed In : 2023 |
Methods of chemical analysis of ferro-molybdenum: Part 6 determination of copper
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December, 2023
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Indigenous
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IS 12614 (Part 7):1988 Reviewed In : 2023 |
Methods of chemical analysis of ferro-molybdenum: Part 7 determination of aluminium
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December, 2023
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Indigenous
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IS 12667 (Part 1):1989 Reviewed In : 2022 |
Chromite sand for foundries - methods of chemical analysis: Part 1 determination of silica
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March, 2022
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-
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Indigenous
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IS 12667 (Part 2):1989 Reviewed In : 2022 |
Chromite sand for foundries - Methods of chemical analysis: Part 2 determination of iron
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March, 2022
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-
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Indigenous
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IS 12667 (Part 3):1989 Reviewed In : 2022 |
Chromite sand for foundries - Methods of chemical analysis: Part 3 determination of chromium
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March, 2022
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-
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Indigenous
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IS 12667 (Part 4):1989 Reviewed In : 2022 |
Chromite sand for foundries methods of chemical analysis: Part 4 determination of calcium
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March, 2022
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Indigenous
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IS 1335:1979 Reviewed In : 2021 |
Method for direct determination of alumina in refractory materials (First Revision)
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March, 2021
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Indigenous
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IS 13452:2019 Reviewed In : 2024 |
Methods of chemical analysis of ferrochromium (First Revision)
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February, 2024
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Indigenous
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IS 13840:2019 Reviewed In : 2023 |
Methods of chemical analysis of ferrotitanium (First Revision)
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June, 2023
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Indigenous
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IS 13938 (Part 1):1994 Reviewed In : 2023 |
Chemical analysis of ferromanganese: Part 1 determination of silicon by gravimetric method
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December, 2023
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Indigenous
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IS 13938 (Part 3):1993 Reviewed In : 2023 |
Chemical analysis of ferromanganese: Part 3 determination of phosphorus by (Alkalimetric) method
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December, 2023
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Indigenous
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IS 13938 (Part 4):1994 Reviewed In : 2023 |
Chemical analysis of ferromanganese: Part 4 determination of total sulphur by direct combustion method
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December, 2023
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-
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Indigenous
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IS 13963 (Part 1):1994 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Chemical analysis of cadmium metal: Part 1 determination of copper, zinc, lead and iron
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March, 2019
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Indigenous
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IS 13963 (Part 2):1994 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Chemical analysis of cadmium metal: Part 2 determination of nickel, arsenic antimony and thallium by spectrophotometric methods
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March, 2019
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Not Equivalent
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IS 1409:1959 Reviewed In : 2021 |
Methods of chemical analysis of antifriction bearing alloys
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March, 2021
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Indigenous
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IS 14529:2004 Reviewed In : 2022 |
Chemical analysis of ferrosilicon - Magnesium alloy (First Revision)
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March, 2022
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Indigenous
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IS 14644 (Part 1):2020 ISO 7530-1 : 2015 Reviewed In : 2025 |
Nickel Alloys — Flame Atomic Absorption Sepctrometric Analysis Part 1 Determination of Cobalt, Chromium, Copper, Iron and Manganese ( First Revision )
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March, 2025
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-
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Identical under dual numbering
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IS 14644 (Part 7):2000 ISO 7530 -7:1992 Reviewed In : 2022 |
Nickel alloys - Flame atomic absorption spectrometric analysis - Method: Part 7 determination of aluminium content
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March, 2022
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Identical under dual numbering
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IS 14644 (Part 8):2000 ISO 7530-8:1992 Reviewed In : 2022 |
Nickel alloys - Flame atomic absorption spectrometric analysis - Method: Part 8 determination of silicon content
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March, 2022
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Identical under dual numbering
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IS 14644 (Part 9):2000 ISO 7530-9:1993 Reviewed In : 2022 |
Nickel alloys - Flame atomic absorption spectrometric analysis - Method: Part 9 determination of vanadium content
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March, 2022
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Identical under dual numbering
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IS 1473:2004 Reviewed In : 2021 |
Methods of chemical analysis of manganese ores (First Revision)
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March, 2021
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Indigenous
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IS 1493:1959 Reviewed In : 2021 |
Methods of chemical analysis of iron ores
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March, 2021
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Indigenous
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IS 1493 (Part 1):1981 ISO Reviewed In : 2021 |
Methods of chemical analysis of iron ores: Part 1 determination of common constituents (First Revision)
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March, 2021
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Indigenous
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IS 1493 (Part 2):2013 ISO 2598-2 : 1992 Reviewed In : 2023 |
Methods of chemical analysis of iron ores: Part 2 determination of silicon content by reduced molybdosilicate spectrophotometric method
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March, 2023
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Identical under dual numbering
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IS 1493 (Part 3):1987 Reviewed In : 2021 |
Methods of chemical analysis of iron ores: Part 3 determination of titanium, chromium, vanadium, calcium and magnesium by atomic absorption spectrophotometry
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March, 2021
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Indigenous
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IS 1493 (Part 4):1988 Reviewed In : 2021 |
Methods of chemical analysis of iron ores: Part 4 determination of aluminium by atomic absorption spectrophotomety
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March, 2021
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Indigenous
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IS 1493 (Part 5):2020 ISO 5418-2 : 2006 Reviewed In : 2025 |
Methods of Chemical Analysis of Iron Ores Part 5 Determination of Copper Content — Flame Atomic Absorption Spectrometric Method ( First Revision )
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March, 2025
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Identical under dual numbering
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IS 1493 (Part 6):2020 ISO 13313 : 2017 Reviewed In : 2025 |
Methods of Chemical Analysis of Iron Ores Part 6 Determination of Sodium Content — Flame Atomic Absorption Spectrometric Method ( First Revision)
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March, 2025
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Identical under dual numbering
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IS 1493 (Part 7):2022 ISO 13311 : 1997 |
Methods of chemical analysis of iron ores – Part 7 Determination of Lead Content — Flame Atomic Absorption Spectrometric Method (Second Revision)
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Identical under dual numbering
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IS 1493 (Part 8):2014 ISO 7834 : 1987 Reviewed In : 2023 |
Iron ores - Determination of arsenic content: Part 8 molybdenum blue spectrophotometric method (Second Revision)
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June, 2023
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Identical under dual numbering
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IS 1493 (Part 9):2020 ISO 13312 : 2017 Reviewed In : 2025 |
Methods of Chemical Analysis of Iron Ores Part 9 Determination of Potassium Content — Flame Atomic Absorption Spectrometric Method ( First Revision)
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March, 2025
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Identical under dual numbering
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IS 1493 (Part 10):2022 ISO 13310 : 1997 |
Methods of chemical analysis of iron ores – Part 10 Determination of Zinc Content — Flame Atomic Absorption Spectrometric Method
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Identical under dual numbering
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IS 1493 (Part 11):2021 ISO 5418-1 |
Methods of Chemical Analysis of Iron Ores – Part 11 Determination Of Copper — 2,2’ Biquinolyl Spectrophotometric Method
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Identical under dual numbering
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IS 1527:1972 Reviewed In : 2022 |
Methods for chemical analysis of high silica refractory materials (First Revision)
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March, 2022
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Indigenous
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IS 15338:2003 Reviewed In : 2023 |
Spectrometric analysis of cast iron by direct reading optical emission vacuum spectrometer - Point to plane technique
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March, 2023
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-
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Indigenous
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IS 15396:2003 Reviewed In : 2022 |
Chemical analysis of ferro - Silicon zirconium alloys
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March, 2022
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-
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Indigenous
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IS 15403:2003 Reviewed In : 2022 |
Method for determination of sulphur present in sponge iron after separation of non-magnetic materials
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March, 2022
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-
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Indigenous
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IS 1559:1961 Reviewed In : 2023 |
Methods of chemical analysis of ferro - Alloys
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March, 2023
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-
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Indigenous
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IS 1559 (Part 1):1988 Reviewed In : 2024 |
Methods of chemical analysis of ferro - Silicon: Part 1 determination of silicon (Second Revision)
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March, 2024
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-
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Not Equivalent
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IS 1559 (Part 2):1982 Reviewed In : 2023 |
Methods of chemical analysis of ferrosilicon: Part 2 determination of carbon (First Revision
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March, 2023
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-
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Indigenous
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IS 1559 (Part 2):2025 |
Methods of Chemical Analysis of Ferrosilicon Part 2 Determination of Carbon (Second Revision)
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Indigenous
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IS 1559 (Part 3):1982 Reviewed In : 2023 |
Methods of chemical analysis of ferrosilicon: Part 3 determination of sulphur (First Revision)
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March, 2023
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-
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Indigenous
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IS 1559 (Part 3):2025 |
Methods of Chemical Analysis of Ferrosilicon Part 3 Determination of Sulphur (Second Revision)
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Indigenous
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IS 1559 (Part 4):1982 Reviewed In : 2023 |
Methods of chemical analysis of ferrosilicon: Part 4 determination of phosphorus (First Revision)
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March, 2023
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-
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Indigenous
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IS 1559 (Part 5):2003 Reviewed In : 2024 |
Chemical analysis of ferrosilicon: Part 5 determination of aluminium in ferrosilicon (Aluminnjm 0.05 To 1.75 Percent) (Second Revision)
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February, 2024
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Indigenous
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IS 1559 (Part 6):1982 Reviewed In : 2023 |
Methods of chemical analysis of ferrosilicon: Part 6 determination of calcium (First Rivision)
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March, 2023
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-
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Indigenous
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IS 1559 (Part 7):1982 Reviewed In : 2023 |
Methods of chemical analysis of ferrosilicon: Part 7 determination of manganese (First Revision)
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March, 2023
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-
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Indigenous
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IS 16134 (Part 1):2015 ISO 9683-1 : 2006 Reviewed In : 2021 |
Iron ores - Determination of vanadium: Part 1 BPHA spectrophotometric method
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March, 2021
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Identical under dual numbering
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IS 16743 (Part 1):2018 ISO 9516-1 : 2003 Reviewed In : 2023 |
Iron ores - Determination of various elements by X-ray fluorescence spectrometry: Part 1 comprehensive procedure
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June, 2023
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-
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Identical under dual numbering
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IS 16918:2018 |
Methods for chemical analysis of chrome - Magnesite and magnesite - Chrome refractories
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-
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Indigenous
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IS 17131:2019 ISO 4691 : 2009 Reviewed In : 2023 |
Iron Ores — Determination of Titanium — Diantipyrylmethane Spectrophotometric Method
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June, 2023
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Identical under dual numbering
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IS 17319:2020 ISO 6352 : 1995 Reviewed In : 2025 |
Ferronickel — Determination of Nickel Content — Dimethylglyoxime Gravimetric Method
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March, 2025
|
-
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Identical under dual numbering
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IS 17320:2020 ISO 11400 : 1992 Reviewed In : 2025 |
Nickel, Ferronickel and Nickel Alloys — Determination of Phosphorus Content — Phosphovanadomolybdate Molecular Absorption Spectrometric Method
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March, 2025
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-
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Identical under dual numbering
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IS 17321:2020 ISO 8343 : 1985 Reviewed In : 2025 |
Ferronickel — Determination of Silicon Content — Gravimetric Method
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March, 2025
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-
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Identical under dual numbering
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IS 17322:2020 ISO 7527 : 1985 Reviewed In : 2025 |
Nickel, Ferronickel and Nickel Alloys — Determination of Sulfur Content — Iodimetric Titration Method after Induction Furnace Combustion
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March, 2025
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-
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Identical under dual numbering
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IS 17323:2020 ISO 7526 : 1985 Reviewed In : 2025 |
Nickel, Ferronickel and Nickel Alloys — Determination of Sulfur Content — Infra-Red Absorption Method After Induction Furnace Combustion
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March, 2025
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Identical under dual numbering
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IS 17324:2020 ISO 7524 : 1985 Reviewed In : 2025 |
Nickel, Ferronickel and Nickel Alloys — Determination of Carbon Content — Infra-Red Absorption Method after Induction Furnace Combustion
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March, 2025
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Identical under dual numbering
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IS 17325:2020 ISO 7520 : 1985 Reviewed In : 2025 |
Ferronickel — Determination of Cobalt Content — Flame Atomic Absorption Spectrometric Method
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March, 2025
|
-
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Identical under dual numbering
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IS 1760 (Part 1):2025 |
Chemical Analysis of Limestone, Dolomite and Allied Materials Part 1 Determination of Loss on Ignition (Second Revision)
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Indigenous
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IS 1760 (Part 2):2025 |
Chemical Analysis of Limestone, Dolomite and Allied Materials Part 2 Determination of Silica (Second Revision)
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-
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Indigenous
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IS 1760 (Part 3):2025 |
Chemical Analysis of Limestone, Dolomite and Allied Materials Part 3 Determination of Iron Oxide, Alumina, Calcium Oxide and Magnesia (Second Revision)
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Indigenous
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IS 1760 (Part 4):2025 |
Chemical Analysis of Limestone Dolomite and Allied Materials Part 4 Determination of Carbon Dioxide (Second Revision)
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Indigenous
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IS 1760 (Part 5):2025 |
Chemical Analysis of Limestone, Dolomite and Allied Materials Part 5 Determination of Chlorides (Second Revision)
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-
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Indigenous
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IS 1760 (Part 6):2001 Reviewed In : 2022 |
Chemical analysis of limestone, dolomite and allied materials: Part 6 determination of free silica (First Revision)
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March, 2022
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-
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Indigenous
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IS 17835:2022 ISO 23156 : 2021 |
Ferronickels Determination of phosphorus manganese chromium copper and cobalt contents Inductively coupled plasma atomic emission spectrometric method
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-
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Identical under dual numbering
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IS 1917 (Part 1):2025 |
Chemical Analysis of Quartzite and High Silica Sand Part 1 Determination of Loss on Ignition (Second Revision)
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-
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Indigenous
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IS 1917 (Part 2):2025 |
Chemical Analysis of Quartzite and High Silica Sand Part 2 Determination of Sodium and Potassium by Flame Photometry (Second Revision)
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Indigenous
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IS 1917 (Part 3):2025 |
Chemical Analysis of Quartzite and High Silica Sand Part 3 Determination of Silica (Second Revision)
|
-
|
Indigenous
|
||
|
IS 1917 (Part 4):2025 |
Chemical Analysis of Quartzite and High Silica Sand Part 4 Determination of Aluminium by Atomic Absorption Spectrometric Method (Second Revision)
|
-
|
Indigenous
|
||
|
IS 1917 (Part 5):2025 |
Chemical Analysis of Quartzite and High Silica Sand Part 5 Determination of Iron by Atomic Absorption Spectrometric Method (Second Revision)
|
-
|
Indigenous
|
||
|
IS 1917 (Part 6):2025 |
Chemical Analysis of Quartzite and High Silica Sand Part 6 Determination of Calcium and Magnesium by Atomic Absorption Spectrometric Method (Second Revision)
|
-
|
Indigenous
|
||
|
IS 1917 (Part 7):2001 Reviewed In : 2022 |
Chemical analysis of quartzite and high silica sand: Part 7 determination of titania by spectrophotometric method (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 1940:1969 Reviewed In : 2022 |
Methods of chemical analysis of tin ingot (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 1952:1963 Reviewed In : 2022 |
Methods of chemical analysis of nickel anodes
|
March, 2022
|
1
|
Indigenous
|
|
|
IS 2000 (Part 1):1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 1 determination of loss on ignition (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2000 (Part 2):1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 2 determination of silica (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2000 (Part 3):1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 3 determination of alumina (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2000 (Part 4):1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 4 determination of ferric oxide (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2000 (Part 5):1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 5 determination of titania (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2000 (Part 6):1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 6 determination of vanadium (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2000 (Part 7):2001 Reviewed In : 2022 |
Chemical analysis of bauxite: Part 7 determination of phosphorus pentoxide (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2000 (Part 8):1989 Reviewed In : 2022 |
Chemical analysis of bauxite: Part 8 determination of manganese by atomic absorption spectrophotometric method (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2000 (Part 9):1989 Reviewed In : 2022 |
Chemical analysis of bauxite: Part 9 determination of magnesium and calcium by atomic absorption spectrophotometric method (First Revision)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2017:2023 |
Chemical Analysis of Metallic Manganese � Methods ( First Revision )
|
-
|
Indigenous
|
||
|
IS 2018:1998 Reviewed In : 2023 |
Chemical analysis of calcium silicon (Second Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 2018:2023 |
Chemical Analysis of Calcium Silicon
|
-
|
Indigenous
|
||
|
IS 2020 (Part 1):1968 Reviewed In : 2023 |
Methods of chemical analysis of silico - Chromium: Part 1 analysis of silicon and chromium
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 2277:1964 Reviewed In : 2023 |
Methods of chemical analysis of metallic silicon
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 228 (Part 1):2025 |
Methods for Chemical Analysis of Steels Part 1 Determination of Carbon by Volumetric Method (For Carbon 0.05 to 2.50 Percent) (Fourth Revision)
|
-
|
Not Equivalent
|
||
|
IS 228 (Part 2):2024 |
Methods for chemical analysis of steels Part 2 Determination of manganese in plain-carbon and low alloy steels by arsenite method (Fourth Revision)
|
-
|
Not Equivalent
|
||
|
IS 228 (Part 3):2024 |
Methods for chemical analysis of steels Part 3 Determination of phosphorus by alkalimetric method (Fourth Revision)
|
-
|
Indigenous
|
||
|
IS 228 (Part 4):2025 |
Method for Chemical Analysis of Steels Part 4 Determination of Total Carbon by Gravimetric Method (for carbon ? 0.1 Percent) (Fourth Revision)
|
-
|
Indigenous
|
||
|
IS 228 (Part 5):1987 Reviewed In : 2023 |
Methods for chemical analysis of steels: Part 5 determination of nickel by dimethylglyoxime (Gravimetric) method (For Nickel)O - l percent) (Third Revision)
|
December, 2023
|
-
|
Not Equivalent
|
|
|
IS 228 (Part 6):2024 |
Methods for Chemical Analysis of Steels Part 6 Determination of Chromium by Persulphate Oxidation Method (for Chromium ? 0.1 percent ) (Fourth Revision)
|
-
|
Not Equivalent
|
||
|
IS 228 (Part 7):2025 |
Methods for chemical analysis of steels Part 7 Determination of molybdenum by alpha-benzoinoxime method in alloy steels (for molybdenum > 1 percent and not containing tungsten) (Fourth Revision)
|
-
|
Indigenous
|
||
|
IS 228 (Part 8):1989 Reviewed In : 2023 |
Methods for chemicalanalysisofsteels: Part 8 determination of silicon by the gravimetric method (For Silicon 0.05 To 5.00 Percent) (Third Revision)
|
December, 2023
|
-
|
Not Equivalent
|
|
|
IS 228 (Part 9):1989 Reviewed In : 2023 |
Methods for chemical analysis of steels : Part 9 determination of sulphur by evolution method (For Sulphur 0.01 To 0.25 Percent) (Third Revision)
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 228 (Part 10):1989 Reviewed In : 2023 |
Methods for chemical analysis of steels: Part 10 determination of molybdenum by thiocyanate (Photometric) method in low and high alloy steels (For Molybdenum 0.01 To 1.50 Percent) (First Revision)
|
December, 2023
|
-
|
Not Equivalent
|
|
|
IS 228 (Part 11):1990 Reviewed In : 2024 |
Methods for chemical analysis of steels : Part 11 determination of total silicon by reduced molybdosilicate spectrophotometric method in carbon steels and low alloy steels (For Silicon 0.01 To 0.05 Percent) (Third Revision)
|
March, 2024
|
-
|
Not Equivalent
|
|
|
IS 228 (Part 12):2001 Reviewed In : 2023 |
Methods for chemical of steels analysis: Part 12 determination of manganese by periodate spectrophotometric method in plain carbon, low alloy and high alloy steels (For Manganese 0.01 To 5.0 Percent) (Fourth Revision)
|
June, 2023
|
-
|
Indigenous
|
|
|
IS 228 (Part 13):1982 Reviewed In : 2024 |
Methods for chemical analysis of steels: Part 13 determination of arsenic
|
March, 2024
|
-
|
Indigenous
|
|
|
IS 228 (Part 14):1988 Reviewed In : 2023 |
Methods for chemical analysis of steels: Part 14 determination of carbon by thermal conductivity method (For Carbon 0.005 To 2.000 Percent
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 228 (Part 15):1992 Reviewed In : 2023 |
Methods for chemical analysis of steels: Part 15 determination of copper by thiosulphate iodide method (For Copper 0.05 To 5 Percent) (Second Revision)
|
December, 2023
|
-
|
Not Equivalent
|
|
|
IS 228 (Part 16):1992 Reviewed In : 2023 |
Methods for chemical analysis of steels: Part 16 determination of tungsten by spectrophotometric method (For Tungsten 0.1 To 2 Percent) (Second Revision)
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 228 (Part 17):1998 Reviewed In : 2021 |
Methods for chemical analysis of steels: Part 17 determination of nitrogen by thermal conductivity method (For Nitrogen Up To 0.04 Percent) (Second Revision)
|
March, 2021
|
-
|
Indigenous
|
|
|
IS 228 (Part 18):2025 |
Methods for Chemical Analysis of Steels Part 18 Determination of Oxygen by Instrumental Method (For Oxygen 0.001 to 0.100 0 percent) (Third Revision)
|
-
|
Indigenous
|
||
|
IS 228 (Part 19):1998 Reviewed In : 2021 |
Methods of chemical analysis of steels: Part 19 determination of nitrogen by steam distillation method (For Nitrogen 0.002 To 0.50 Percent) (Second Revision)
|
March, 2021
|
-
|
Indigenous
|
|
|
IS 228 (Part 20):2021 |
Methods for Chemical Analysis of Steels - Part 20 : Determination of Carbon and Sulphur by Infra Red Absorption Method (for Carbon 0.005 to 2 Percent and Sulphur 0.001 to 0.35 Percent)
|
-
|
Identical under dual numbering
|
||
|
IS 228 (Part 21):2003 Reviewed In : 2023 |
Methods for chemical analysis of steels: Part 21 determination of copper by spectrophotometric method (For Copper 0.02 To 0.50 Percent) (Second Revision)
|
June, 2023
|
-
|
Not Equivalent
|
|
|
IS 228 (Part 22):2003 Reviewed In : 2023 |
Methods of chemical analysis of steels: Part 22 determination of total hydrogen in steel by thermal conductivity method (Hydrogen 0.1 Ppm To 50 Ppm)
|
June, 2023
|
-
|
Indigenous
|
|
|
IS 228 (Part 23):2003 Reviewed In : 2023 |
Methods of chemical analysis of steels: Part 23 determination of total nitrogen in steel by optical emission spectrometer (Nitrogen 0.002 To 1.0 Percent)
|
June, 2023
|
-
|
Not Equivalent
|
|
|
IS 228 (Part 24):2003 Reviewed In : 2023 |
Methods of chemical analysis of steels: Part 24 determination of nitrogen in steel by inert gas fusion - Thermal conductivity method (Nitrogen 0.001 To 0.2 Percent)
|
June, 2023
|
-
|
Indigenous
|
|
|
IS 2390:1967 Reviewed In : 2022 |
Methods for chemical analysis of foundry nickel
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2411:1963 Reviewed In : 2022 |
Methods of chemical analysis of fluorspar (Fluorite)
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2599:1983 Reviewed In : 2022 |
Methods for spectrographic analysis purity zinc and zinc base for die castings (First Revision) of high alloys
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 2600 (Part 1):1988 Reviewed In : 2023 |
Methods of chemical analysis of zinc and zinc base alloys for die castings: Part 1 determination of copper, iron, nickel, tin and thallium by spectrophotometric method (First Revision)
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 2600 (Part 2):1988 Reviewed In : 2023 |
Methods of chemical analysis of zinc and zinc base alloys for die castings: Part 2 determination of copper, iron, lead and cadmium by atomic absorption spectrophotometric method (First Revision)
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 2600 (Part 3):1993 Reviewed In : 2023 |
Methods of chemical analysis of zinc and zinc base alloys for die castings: Part 3 determination of indium by atomic absorption spectrometric method (First Revision)
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 2600 (Part 4):1993 Reviewed In : 2023 |
Methods of chemical analysis of zinc and zinc base alloys for die castings: Part 4 determination of chromium by spectrophotometric method (First Revision J
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 2600 (Part 5):2022 |
Method of chemical analysis of zinc and zinc base alloys for die casting (Part 5) : Analysis by inductively coupled plasma emission spectrometry First Revision
|
-
|
|||
|
IS 2600 (Part 6):2022 |
METHODS OF CHEMICAL ANALYSIS OF ZINC AND ZINC BASE ALLOYS FOR DIE CASTINGS (PART6) DETERMINATION OF MAGNESIUM BY ATOMIC ABSORPTION SPECTROMETRIC METHOD First Revision
|
-
|
|||
|
IS 2600 (Part 7):2022 |
METHODS OF CHEMICAL ANALYSIS OF ZINC AND ZINC BASE ALLOYS FOR DIE CASTINGS PART 7 : DETERMINATION OF ALUMINIUM BY TITRIMETRIC METHOD (First Revision)
|
-
|
|||
|
IS 2766 (Part 1):1968 Reviewed In : 2022 |
Methods of chemical analysis of primary nickel: Part 1
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 3186:2025 |
Methods for chemical analysis of cadmium copper ( First Revision )
|
-
|
Indigenous
|
||
|
IS 3187:1965 Reviewed In : 2023 |
Methods of chemical analysis of Copper - Nickel - Zinc alloys
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 3200:2001 Reviewed In : 2023 |
Chemical analysis of cryolite (Second Revision)
|
March, 2023
|
1
|
Indigenous
|
|
|
IS 3295 (Part 1):1969 Reviewed In : 2023 |
Methods of chemical analysis of ferro boron: Part 1 analysis for carbon, silicon and aluminium
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 3295 (Part 2):1970 Reviewed In : 2023 |
Method of chemical analysis of ferroboron: Part 2 determination of boron
|
December, 2023
|
1
|
Indigenous
|
|
|
IS 3685:1966 Reviewed In : 2023 |
Methods of chemical analysis of brasses
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 3863:2024 |
Methods of Chemical Analysis of Copper-Tellurium Alloys (First Revision)
|
-
|
Indigenous
|
||
|
IS 4027 (Part 1):2025 |
Methods for Chemical Analysis of Bronzes Part 1 Determination of Copper and Lead by Electrolytic Method (Second Revision)
|
-
|
Indigenous
|
||
|
IS 4027 (Part 1):1987 Reviewed In : 2023 |
Methods of chemical analysis of bronzes: Part 1 determination of copper and lead by electrolytic method (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 2):1987 Reviewed In : 2023 |
3lEtihods of chemical analysis of bronzes: Part 2 determination of manganese - Photometric method (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 2):2023 |
Chemical analysis of bronzes � Methods Part 2 Determination of manganese � Photometric method
|
-
|
Indigenous
|
||
|
IS 4027 (Part 3):1987 Reviewed In : 2023 |
Methods of chemical analysis of bronzes: Part 3 determination of phosphorus ― Volumetric method (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 3):2025 |
Methods for Chemical Analysis of Bronzes Part 3 Determination of Phosphorus by Volumetric Method (Second Revision)
|
-
|
Indigenous
|
||
|
IS 4027 (Part 4):2025 |
Methods for Chemical Analysis of Bronzes Part 4 Determination of Nickel by Dimethylglyoxime Photometric Method (Second Revision)
|
-
|
Indigenous
|
||
|
IS 4027 (Part 4):1987 Reviewed In : 2023 |
Methods of chemical analysis of bronzes: Part 4 determination of nickel - Dimethylglyoxime photometirc method (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 5):1987 Reviewed In : 2023 |
Methods of chemical analysis of bronzes: Part 5 determination of tin - Iodimetric method (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 5):2025 |
Methods for Chemical Analysis of Bronzes Part 5 Determination of Tin by Iodimetric Method (second revision)
|
-
|
Indigenous
|
||
|
IS 4027 (Part 6):1987 Reviewed In : 2023 |
Methods of chemical analysis of bronzes: Part 6 determination of zinc by complexometric (EDTA) method (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 6):2025 |
Methods for Chemical Analysis of Bronzes Part 6 Determination of Zinc by Complexometric EDTA Method (Second Revision)
|
-
|
Indigenous
|
||
|
IS 4027 (Part 7):1990 Reviewed In : 2023 |
Methods of chemical analysis of bronzes: Part 7 determination of antimony by rhodamine B spectrophotometric method (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 7):2025 |
Methods of Chemical Analysis of Bronzes Part 7 Determination of Antimony by Rhodamine B Spectrophotometric Method (Second Revision)
|
-
|
Indigenous
|
||
|
IS 4027 (Part 8):1991 Reviewed In : 2023 |
Methods of chemical analysis of bronzes: Part 8 determination of iron (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 8):2025 |
Methods for Chemical Analysis of Bronzes Part 8 Determination of Iron (Second Revision)
|
-
|
Indigenous
|
||
|
IS 4027 (Part 9):1991 Reviewed In : 2023 |
Methods of chemical analysis of bronzes: Part 9 determination of aluminium by atomic absorption spectrometric method (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 9):2025 |
Methods for Chemical Analysis of Bronzes Part 9 Determination of Aluminium by Atomic Absorption Spectrometric Method (Second Revision)
|
-
|
Indigenous
|
||
|
IS 4027 (Part 10):2000 Reviewed In : 2023 |
Chemical analysis of bronzes - Methods: Part 10 determination of silicon (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4027 (Part 11):2000 Reviewed In : 2023 |
Chemical analysis of bronzes - Methods: Part 11 determination of lead - Ethylenediamine tetraacetic acid (Edta) - Titrimetric - method (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 403:1964 Reviewed In : 2021 |
Methqds of chemical analysis of lead and antimonial lead (Revised)
|
March, 2021
|
-
|
Indigenous
|
|
|
IS 406:1964 Reviewed In : 2021 |
Methods of chemical analysis of slab zinc (Spelter) (Revised)
|
March, 2021
|
-
|
Indigenous
|
|
|
IS 4104:1967 Reviewed In : 2022 |
Methods of chemical analysis of rutile
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 4129:1967 Reviewed In : 2022 |
Methods of chemical analysis of aluminium trifluoride
|
March, 2022
|
1
|
Indigenous
|
|
|
IS 4354 (Part 1):1967 Reviewed In : 2022 |
Methods of chemical analysis of magnesium - Aluminium brazing alloys: Part 1 analysis .of aluminium, manganese, zinc and silicon
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 440:2025 |
Methods of Chemical Analysis of Copper (Second Revision)
|
-
|
Indigenous
|
||
|
IS 440:1964 Reviewed In : 2023 |
Methods of chemical analysis of copper (Revised)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4548 (Part 1):1967 Reviewed In : 2023 |
Methods of chemical analysis of copper - Gold brazing alloys: Part 1 analysis of gold and copper
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4646 (Part 1):1968 Reviewed In : 2023 |
Methods of chemical analysis of copper - Phosphorus brazing alloys: Part 1 analysis for silver and copper
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4646 (Part 2):1976 Reviewed In : 2023 |
Methods of chemical analysis of copper - Phosphorus brazing alloys: Part 2 determination of phosphorus
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4667 (Part 1):2025 |
Methods of Chemical Analysis of Silver Copper Brazing Alloys Part 1 Analysis for Silver and Copper (First Revision)
|
-
|
Indigenous
|
||
|
IS 4667 (Part 2):1969 Reviewed In : 2023 |
Methods of chemical analysis of silver - Copper brazing alloys: Part 2 determination of silver, copper and tin
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4667 (Part 2):2025 |
Methods for Chemical Analysis of Silver-Copper Brazing Alloys Part 2 Determination of Silver Copper and Tin (First Revision)
|
-
|
Indigenous
|
||
|
IS 4667 (Part 3):2001 Reviewed In : 2023 |
Chemical analysis of silver - Copper brazing alloys: Part 3 determination of nicke
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 4667 (Part 4):2001 Reviewed In : 2023 |
Chemical analysis of silver - Copper brazing alloys - Part 4 determination of silver, copper, cadmium and zinc - Electolytic method
|
March, 2023
|
1
|
Indigenous
|
|
|
IS 504:1963 Reviewed In : 2023 |
Methods of chemical analysis of aluminium and its alloys (Revised)
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 504 (Part 112):2002 Reviewed In : 2023 |
Chemical analysis of aluminium and its alloys parts 1 to 12 (Second Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 504 (Part 1316):2003 Reviewed In : 2023 |
Chemical analysis of aluminium and its alloys parts 13 to 16 (Second Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS/ISO 5416:2006 IS 5416:2008 / ISO Reviewed In : 2023 |
Direct reduced iron - Determination of metallic Iron - Bromine - Methanol titrimetric method
|
June, 2023
|
-
|
Identical under single numbering
|
|
|
IS 5425 (Part 1):2025 |
Methods for chemical analysis of misch metal Part 1 determination of cerium ( First Revision )
|
-
|
Indigenous
|
||
|
IS 5425 (Part 2):2025 |
Methods for Chemical Analysis of Misch Metal Part 2 Determination of Total Rare Earths (First Revision)
|
-
|
Indigenous
|
||
|
IS 5425 (Part 3):1987 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Methods of chemical analysis of misch metal: Part 3 determination of iron
|
March, 2019
|
-
|
Indigenous
|
|
|
IS 5425 (Part 4):1987 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Methods of chemical analysis of misch metal: Part 4 determination of aluminium
|
March, 2019
|
-
|
Indigenous
|
|
|
IS 5425 (Part 5):1987 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Method of chemical analysis of misch metal: Part 5 determination of carbon
|
March, 2019
|
-
|
Indigenous
|
|
|
IS 6226 (Part 1):1994 Reviewed In : 2023 |
Recommendations for apparatus for chemicals analysis of metals: Part 1 apparatus for determination of carbon by direct combustion (First Revision)
|
March, 2023
|
1
|
Indigenous
|
|
|
IS 6226 (Part 1):2025 |
Recommendations of Apparatus for Chemical Analysis of Metals Part 1 Apparatus for Determination of Carbon by Direct Combustion (Second Revision)
|
-
|
Indigenous
|
||
|
IS 6226 (Part 2):1987 Reviewed In : 2023 |
Recommendations for apparatus for chemical analysis of metals: Part 2 determination of sulphur by direct combustion
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 6516:1972 Reviewed In : 2022 |
Methods for chemical analysis of tin in secondary tin and lead
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 6744 (Part 1):1972 Reviewed In : 2022 |
Methods of chemical analysis of ilmenite: Part 1
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 7072:1973 Reviewed In : 2022 |
Glossary of terms relating to emission spectroscopy
|
March, 2022
|
-
|
Indigenous
|
|
|
SP 71:2012 Reviewed In : 2022 |
Compendium of method of chemical analysis of steels
|
March, 2022
|
-
|
Not Equivalent
|
|
|
IS 7659 (Part 1):1975 Reviewed In : 2023 |
Reagents and standard solutions for use in chemical analysis of metals, ores and minerals: Part 1 volumetric solutions
|
December, 2023
|
-
|
Indigenous
|
|
|
IS 8097:2025 |
Methods of chemical analysis of soft solders for jointing aluminium and aluminium alloys (First Revision)
|
-
|
Indigenous
|
||
|
IS 8811:1998 Reviewed In : 2023 |
Method for emission spectrometric analysis of plain carbon and low alloy steels point to plane technique (First Revision)
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 8812 (Part 1):1978 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Methods of chemical analysis of hard solders for jointing aluminium and aluminium alloys: Part 1 determination of silver, copper, zinc, antimony, arsenic, iron and bismuth
|
March, 2019
|
-
|
Indigenous
|
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IS 8812 (Part 2):1982 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Methods of chemical analysis of hard solders for jointing aluminium and aluminium alloys: Part 2 determination of aluminium
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March, 2019
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Indigenous
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IS 8816:1978 Reviewed In : 2022 |
Methods for selection and preparation of samples for spectrographic analysis of zinc and zinc alloy ingots
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March, 2022
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Indigenous
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IS 9386:1979 Reviewed In : 2024 |
Methods for chemical analysis of rock phosphate
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March, 2024
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Indigenous
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IS 9879:1998 Reviewed In : 2021 |
Method for emission spectrometric analysis of austenitic and ferritic stainless steels point to plane technique (First Revision)
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March, 2021
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Indigenous
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IS 998 (Part 1):1983 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Methods of chemical analysis of solders (Soft And Rosin - Cored): Part 1 determination of tin and antimony (First Revision)
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March, 2019
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Indigenous
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IS 998 (Part 2):1983 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Methods of chemical analysis of solders (Soft And I&in Cored) determi tion of iron, copper and arsensc (First Revision)
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March, 2019
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Indigenous
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IS 998 (Part 3):1983 Reviewed In : 2019 Reaffirmed but not taken up for revision |
Methods of chemical analysis of solders (Soft And Rosin Cored): Part 3 determination of cadmium, zinc, aluminium, bismuth and nickel (First Revision)
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March, 2019
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Indigenous
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IS 999:2025 |
Methods for Chemical Analysis of Brazing Solder (First Revision)
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Indigenous
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MTD 34 (23417)
Revision of: IS 2600:2022 |
METHODS OF CHEMICAL ANALYSIS OF ZINC AND ZINC BASE ALLOYS FOR DIE CASTINGS PART 5 ANALYSIS BY INDUCTIVELY COUPLED PLASMA OPTICAL EMISSION SPECTROMETRY |
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MTD 34 (23419)
Revision of: IS 2600:2022 |
METHODS OF CHEMICAL ANALYSIS OF ZINC AND ZINC BASE ALLOYS FOR DIE CASTINGS PART 6 DETERMINATION OF MAGNESIUM BY ATOMIC ABSORPTION SPECTROMETRIC METHOD |
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MTD 34 (23420)
Revision of: IS 2600:2022 |
METHODS OF CHEMICAL ANALYSIS OF ZINC AND ZINC BASE ALLOYS FOR DIE CASTINGS PART 7 DETERMINATION OF ALUMINIUM BY TITRIMETRIC METHOD |
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MTD 34 (23421)
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METHODS OF CHEMICAL ANALYSIS OF ZINC AND ZINC BASE ALLOYS FOR DIE CASTINGS PART 8 ANALYSIS OF SOLID SAMPLES BY OPTICAL EMISSION SPECTROMETRY |
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MTD 34 (26290)
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Steel and Iron Determination of Arsenic Content Spectrophotometric Method |
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MTD 34 (26852)
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Methods of Chemical analysis of Ferro-niobium |
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MTD 34 (26858)
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Steel Determination of nickel Dimethylglyoxime spectrophotometric method |
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MTD 34 (26860)
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Gravimetric test method for determining silicon content in steel and cast iron |
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MTD 34 (26861)
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Instrumental test method for testing of Pig iron |
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MTD 34 (26862)
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Zinc and zinc aloys part 1 Analysis of solid samples by optical emission spectrometry |
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MTD 34 (26863)
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Test Method for Determination of Manganese Chromium and Copper in ferronickel |
| No Records Found |
MTD 34 (24038) Revision of: IS 2600:2022 |
METHODS OF CHEMICAL ANALYSIS OF ZINC AND ZINC BASE ALLOYS FOR DIE CASTINGS PART 5ANALYSIS BY INDUCTIVELY COUPLED PLASMA OPTICAL EMISSION SPECTROMETRY |
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MTD 34 (28531)
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Steel and Iron Determination of Sulphur Content Infrared Absorption Method after Combustion in an Induction Furnace |
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MTD 34 (28533)
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Iron Ores Determination of Various Elements Inductively Coupled Plasma Atomic Emission Spectrometric Method |
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MTD 34 (28534)
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Steel and Cast Iron Determination of Nickel Content Flame Atomic Absorption Spectrometric Method |
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MTD 34 (28535)
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Steel Determination of Silicon Content Inductively Coupled Plasma Atomic Emission Spectrometric Method |
| No Records Found | ||
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MTD 34 (20145)
Revision of: IS 1493:1981 |
Methods of chemical analysis of iron ores Part 1 Determination of common constituents Second Revision |
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IS 13452 (Part 1):1992 Reviewed In : 2018 |
Chemical analysis of ferrochromium Part 1 determination of silicon in high carbon ferrochromium by gravimetric method |
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IS 13452 (Part 2):1992 Reviewed In : 2018 |
Chemical analysis of ferrochromtum Part 2 determination of silicon in low carbon ferrochromium by gravimetric method |
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IS 13452 (Part 3):1992 Reviewed In : 2018 |
Chemical Analysis of Ferro Chromium - Part-3 Determination of Phosphorous in low carbon Ferro chromium by Spectrophotometric method |
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IS 13452 (Part 4):1992 Reviewed In : 2018 |
Chemical analysis of ferrochromium Part 4 determination of total sulphur in low carbon and high carbon ferrochromium by direct combustion method |
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IS 13452 (Part 5):2003 Reviewed In : 2018 |
Chemical analysis of ferrochromium Part 5 determination of chromium in high carbon ferrochromium chargechrome by dichromatetitration First Revision |
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IS 13452 (Part 6):1997 Reviewed In : 2018 |
Chemical analysis of ferrochromium Part 6 determination of chromium in low carbon ferrochromium |
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IS 13452 (Part 7):2003 Reviewed In : 2019 |
Chemical analysis of ferrochromium Part 7 determination of phosphorus in ferrocliRomium chargechrome by alkalimetric method |
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IS 13840 (Part 1):1993 Reviewed In : 2019 |
Chemical analysis of ferrotitanium Part 1 determination of carbon by the direct combustion gravimetric method |
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IS 13840 (Part 2):1993 Reviewed In : 2019 |
Chemical analysis of ferrotitanium Part 2 determination of silicon by gravimetric method |
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IS 13840 (Part 3):1993 Reviewed In : 2019 |
Chemical analysis of ferrotitanium Part 3 determination of titanium by cupferron Gravimetric method |
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IS 13840 (Part 4):1998 Reviewed In : 2019 |
Chemical analysis of ferrotitanium Part 4 determination of aluminium by cupferron Gravimetric method |
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IS 13840 (Part 5):1998 Reviewed In : 2019 |
Chemical analysis of ferrotitanium Part 5 determination of sulphur by direct combustion method |
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IS 13840 (Part 6):1998 Reviewed In : 2019 |
Chemical analysis of ferrotitanium Part 6 determination of titanium by X-ray fluorescence spectrometric method |
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IS 14644 (Part 2):1998 ISO 7530-2:1990 Reviewed In : 2017 |
Nickel alloys - Flame atomic absorption spectrometric analysis - Method Part 2 determination of cobalt content |
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IS 14644 (Part 3):1998 ISO 7530-3:1990 Reviewed In : 2017 |
Nickel alloys - Flame atomic absorption spectrometric analysis - Method Part 3 determination of chromium content |
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IS 14644 (Part 4):1998 ISO 7530-4:1990 Reviewed In : 2017 |
Nickel alloys - Flame atomic absorption spectrometric analysis - Method Part 4 determination of copper content |
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IS 14644 (Part 5):1998 ISO 7530-5:1990 Reviewed In : 2017 |
Nickel alloys - Flame atomic absorption spectrometric analysis - Method Part 5 determination of iron content |
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IS 14644 (Part 6):1998 ISO 7530-6:1990 Reviewed In : 2017 |
Nickel alloys - Flame atomic absorption spectrometric analysis - Method Part 6 determination of manganese content |
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IS 7658:1975 Reviewed In : 2019 |
Method of spectrographic analysis of aluminium |