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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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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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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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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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 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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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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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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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 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 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 11) : 1991 Reviewed In : 2023 |
Methods for chemical analysis of castir on and pigiron: 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 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 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 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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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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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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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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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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-
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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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-
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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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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 |
Nickel Alloys — Flame Atomic Absorption Sepctrometric Analysis Part 1 Determination of Cobalt, Chromium, Copper, Iron and Manganese ( First Revision )
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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 |
Methods of Chemical Analysis of Iron Ores Part 5 Determination of Copper Content — Flame Atomic Absorption Spectrometric Method ( First Revision )
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Identical under dual numbering
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IS 1493 (Part 6) : 2020 ISO 13313 : 2017 |
Methods of Chemical Analysis of Iron Ores Part 6 Determination of Sodium Content — Flame Atomic Absorption Spectrometric Method ( First Revision)
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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 |
Methods of Chemical Analysis of Iron Ores Part 9 Determination of Potassium Content — Flame Atomic Absorption Spectrometric Method ( First Revision)
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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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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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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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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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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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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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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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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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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 |
Ferronickel — Determination of Nickel Content — Dimethylglyoxime Gravimetric Method
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-
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Identical under dual numbering
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IS 17320 : 2020 ISO 11400 : 1992 |
Nickel, Ferronickel and Nickel Alloys — Determination of Phosphorus Content — Phosphovanadomolybdate Molecular Absorption Spectrometric Method
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Identical under dual numbering
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IS 17321 : 2020 ISO 8343 : 1985 |
Ferronickel — Determination of Silicon Content — Gravimetric Method
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Identical under dual numbering
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IS 17322 : 2020 ISO 7527 : 1985 |
Nickel, Ferronickel and Nickel Alloys — Determination of Sulfur Content — Iodimetric Titration Method after Induction Furnace Combustion
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-
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Identical under dual numbering
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IS 17323 : 2020 ISO 7526 : 1985 |
Nickel, Ferronickel and Nickel Alloys — Determination of Sulfur Content — Infra-Red Absorption Method After Induction Furnace Combustion
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Identical under dual numbering
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IS 17324 : 2020 ISO 7524 : 1985 |
Nickel, Ferronickel and Nickel Alloys — Determination of Carbon Content — Infra-Red Absorption Method after Induction Furnace Combustion
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-
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Identical under dual numbering
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IS 17325 : 2020 ISO 7520 : 1985 |
Ferronickel — Determination of Cobalt Content — Flame Atomic Absorption Spectrometric Method
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-
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Identical under dual numbering
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IS 1760 (Part 1) : 1991 Reviewed In : 2022 |
Chemical analysis of limestone, dolomite and allied materials: Part 1 determination of loss on ignition (First Revision)
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March, 2022
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-
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Indigenous
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IS 1760 (Part 2) : 1991 Reviewed In : 2022 |
Chemical analysis of dolomite and allied: Part 2 determination of limestone, materials silica (First Revision)
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March, 2022
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Indigenous
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IS 1760 (Part 3) : 1992 Reviewed In : 2022 |
Chemical analysis of limestone, dolomite and allied materials: Part 3 determination of iron oxide, alumina, calcium oxide and magnesia (First Revision)
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March, 2022
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-
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Indigenous
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IS 1760 (Part 4) : 1991 Reviewed In : 2022 |
Chemical analysis of limestone, dolomite and allied materials: Part 4 determination of carbon dioxide (First Revision)
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March, 2022
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-
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Indigenous
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IS 1760 (Part 5) : 1991 Reviewed In : 2022 |
Chemical analysis of limestone, dolomite and allied materials: Part 5 determination of chlorides (First Revision)
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March, 2022
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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) : 1991 Reviewed In : 2022 |
Chemical analysis of quartzite and high silica sand: Part 1 determination of loss on ignition (First Revision)
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March, 2022
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-
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Indigenous
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IS 1917 (Part 2) : 1991 Reviewed In : 2022 |
Chemical analysis of quartzite and high stlica sand: Part 2 determination of sodium and potassium by flame photometry (First Revision)
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March, 2022
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-
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Indigenous
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IS 1917 (Part 3) : 1992 Reviewed In : 2022 |
Chemical analysis of quartzite and high silica sand: Part 3 determination of silica (First Revision)
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March, 2022
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1
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Indigenous
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IS 1917 (Part 4) : 1991 Reviewed In : 2022 |
Chemical analysis of quartzite and high silica sand: Part 4 determination of aluminium by atomic absorption spectrometric method (First Revision)
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March, 2022
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-
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Indigenous
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IS 1917 (Part 5) : 1992 Reviewed In : 2022 |
Chemical analysis of quartzite and high silica sand: Part 5 determination of iron by atomic absorption spectrometric method (First Revision)
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March, 2022
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-
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Indigenous
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IS 1917 (Part 6) : 1992 Reviewed In : 2022 |
Chemical analysis of quartzite and high silica sand: Part 6 determination of calcium and magnesium by atomic absorption spectrometric method (First Revision)
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March, 2022
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-
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Indigenous
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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)
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March, 2022
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-
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Indigenous
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IS 1940 : 1969 Reviewed In : 2022 |
Methods of chemical analysis of tin ingot (First Revision)
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March, 2022
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-
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Indigenous
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IS 1952 : 1963 Reviewed In : 2022 |
Methods of chemical analysis of nickel anodes
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March, 2022
|
1
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Indigenous
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IS 2000 (Part 1) : 1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 1 determination of loss on ignition (First Revision)
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March, 2022
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-
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Indigenous
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IS 2000 (Part 2) : 1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 2 determination of silica (First Revision)
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March, 2022
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-
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Indigenous
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IS 2000 (Part 3) : 1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 3 determination of alumina (First Revision)
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March, 2022
|
-
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Indigenous
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IS 2000 (Part 4) : 1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 4 determination of ferric oxide (First Revision)
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March, 2022
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-
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Indigenous
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IS 2000 (Part 5) : 1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 5 determination of titania (First Revision)
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March, 2022
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-
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Indigenous
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IS 2000 (Part 6) : 1985 Reviewed In : 2022 |
Methods of chemical analysis of bauxite: Part 6 determination of vanadium (First Revision)
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March, 2022
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-
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Indigenous
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|
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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) : 1987 Reviewed In : 2023 |
Methods for chemical analysis ofsteels: Part 1 determination ofcarbon by volumetric method (For Carbon 0.05to 2.50 Percent) (Third Revision)
|
March, 2023
|
1
|
Not Equivalent
|
|
|
IS 228 (Part 2) : 1987 Reviewed In : 2023 |
Methods for chemical analysis of steels part 2 determination of manganese in plain - Carbon and low alloy steels by arsenite method (Third Revision)
|
March, 2023
|
-
|
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) : 1987 Reviewed In : 2023 |
Methods for chemical analysis 6f steels: Part 3 determination of phosphorus by alkalimetric method (Third Revision
|
March, 2023
|
-
|
Indigenous
|
|
|
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) : 1987 Reviewed In : 2023 |
Method for chemical analysis of steels: Part 4 determination of total carbon by gravimetric method (For Carbon R 0.1 Percent) (Third Revision)
|
March, 2023
|
-
|
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) : 1987 Reviewed In : 2023 |
Methods for chemical analysis of steels: Part 6 determination of - Chromium by persulphate oxidation method (For Chromium)04 percent) (Third Revision)
|
March, 2023
|
-
|
Not Equivalent
|
|
|
IS 228 (Part 7) : 1990 Reviewed In : 2023 |
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) (Third Revision)
|
March, 2023
|
-
|
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) : 1998 Reviewed In : 2023 |
Methodsofchemicalanalysis ofsteels: Part 18 determination of oxygen by instrumental method (For Oxygen 0.001 To 0.1000 Percent) (Second Revision)
|
March, 2023
|
-
|
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 : 1965 Reviewed In : 2023 |
Methods of chemical analysis of cadmium copper
|
March, 2023
|
-
|
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 : 1966 Reviewed In : 2023 |
Methods of chemical analysis of copper - Tellurium alloys
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 3863 : 2024 |
Methods of Chemical Analysis of Copper-Tellurium Alloys (First 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 by volumetric method (First Revision)
|
March, 2023
|
-
|
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 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 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 8) : 1991 Reviewed In : 2023 |
Methods of chemical analysis of bronzes: Part 8 determination of iron (First Revision)
|
March, 2023
|
-
|
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 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 : 1964 BS 1225 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) : 1968 Reviewed In : 2023 |
Methods of chemical analysis of silver - Copper brazing alloys: Part 1 analysis for silver and copper
|
March, 2023
|
-
|
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 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) : 1969 Reviewed In : 2023 |
Methods of chemical analysis of misch metal: Part 1 determination of cerium
|
March, 2023
|
-
|
Indigenous
|
|
|
IS 5425 (Part 2) : 1984 Reviewed In : 2023 |
Method of chemical analysis of misch metal: Part 2 determination of total rare earths
|
March, 2023
|
-
|
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 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 : 1976 Reviewed In : 2022 |
Methods of chemical analysis of soft solders for jointing alumtnium and aluminium alloys
|
March, 2022
|
-
|
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
|
|
|
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
|
March, 2019
|
-
|
Indigenous
|
|
|
IS 8816 : 1978 Reviewed In : 2022 |
Methods for selection and preparation of samples for spectrographic analysis of zinc and zinc alloy ingots
|
March, 2022
|
-
|
Indigenous
|
|
|
IS 9386 : 1979 Reviewed In : 2024 |
Methods for chemical analysis of rock phosphate
|
March, 2024
|
-
|
Indigenous
|
|
|
IS 9879 : 1998 Reviewed In : 2021 |
Method for emission spectrometric analysis of austenitic and ferritic stainless steels point to plane technique (First Revision)
|
March, 2021
|
-
|
Indigenous
|
|
|
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)
|
March, 2019
|
-
|
Indigenous
|
|
|
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)
|
March, 2019
|
-
|
Indigenous
|
|
|
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)
|
March, 2019
|
-
|
Indigenous
|
|
|
IS 999 : 1959 Reviewed In : 2024 |
Methods of chemical analysis of brazing solder
|
March, 2024
|
-
|
Indigenous
|
|
MTD 34 (21386)
Revision of: IS 228:1987 |
Methods for chemical analysis of steels Part 4 Determination of total carbon by gravimetric method for carbon 01 percent |
|
|
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 |
|
|
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 |
|
|
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 |
|
|
MTD 34 (23421)
|
METHODS OF CHEMICAL ANALYSIS OF ZINC AND ZINC BASE ALLOYS FOR DIE CASTINGS PART 8 ANALYSIS OF SOLID SAMPLES BY OPTICAL EMISSION SPECTROMETRY |
|
|
MTD 34 (26267)
|
STEEL AND IRONDETERMINATION OF SULFUR CONTENT INFRARED ABSORPTION METHOD AFTER COMBUSTION IN AN INDUCTION FURNACE |
|
|
MTD 34 (26268)
|
STEEL AND IRONDETERMINATION OF SULFUR CONTENT INFRARED ABSORPTION METHOD AFTER COMBUSTION IN AN INDUCTION FURNACE |
|
|
MTD 34 (26281)
|
Steel and Cast Iron Determination of Silicon Content Gravimetric Method |
|
|
MTD 34 (26286)
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Steel Determination of Nickel Dimethylglyoxime Spectrophotometric Method |
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MTD 34 (26288)
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Steel and Cast Iron Determination of Nickel Content Flame Atomic Absorption Spectrometric Method |
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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 (26853)
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ICP - OES Test method of Iron Ores |
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MTD 34 (26856)
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Steel and iron Determination of sulfur content Infrared absorption method after combustion in an induction furnace |
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MTD 34 (26857)
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Steel Determination of silicon content Inductively coupled plasma atomic emission spectrometric method |
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MTD 34 (26858)
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Steel Determination of nickel Dimethylglyoxime spectrophotometric method |
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MTD 34 (26859)
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Steel and cast iron Determination of nickel content Flame atomic absorption spectrometric 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 |
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MTD 34 (20868)
Revision of: IS 1952:1963 |
Methods of chemical analysis of nickel anodes |
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MTD 34 (20873)
Revision of: IS 1493:1959 |
Methods of chemical analysis of iron ores |
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MTD 34 (20953)
Revision of: IS 1559:1961 |
Methods of Chemical Analysis of Ferro-Alloys |
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 (24039) 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 (20770)
Revision of: IS 1917:1991 |
Chemical Analysis of Quartzite and High Silica Sand Part 1 Determination of Loss on Ignition |
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MTD 34 (20772)
Revision of: IS 1917:1991 |
Chemical Analysis of Quartzite and High Silica Sand Part 2 Determination of Sodium and Potassium by Flame Photometry Second Revision |
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MTD 34 (20774)
Revision of: IS 1917:1992 |
Chemical Analysis of Quartzite and High Silica Sand Part 3 Determination of Silica Second Revision |
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MTD 34 (20775)
Revision of: IS 1917:1991 |
Chemical Analysis of Quartzite and High Silica Sand Part 4 Determination of Aluminium by Atomic Absorption Spectrometric Method |
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MTD 34 (20776)
Revision of: IS 1917:1992 |
Chemical Analysis of Quartzite and High Silica Sand Part 5 Determination of Iron by Atomic Absorption Spectrometric Method |
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MTD 34 (20856)
Revision of: IS 1917:1992 |
Chemical Analysis of Quartzite and High Silica Sand Part 6 Determination of Calcium and Magnesium by Atomic Absorption Spectrometric Method |
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MTD 34 (20874)
Revision of: IS 8097:1976 |
Methods of chemical analysis of soft solders for jointing aluminium and aluminium alloys |
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MTD 34 (21055)
Revision of: IS 4027:1987 |
Methods of Chemical Analysis of Bronzes Part 3 Determination of Phosphorus Volumetric Method Second Revision |
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MTD 34 (21056)
Revision of: IS 4027:1987 |
Methods of Chemical Analysis of Bronzes Part 4 Determination of Nickel-Dimethylglyoxime Photometric Method |
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MTD 34 (21057)
Revision of: IS 4027:1987 |
Methods of Chemical Analysis of Bronzes Part 5 Determination of Tin - Iodimetric Method |
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MTD 34 (21113)
Revision of: IS 4027:1987 |
Methods of Chemical Analysis of Bronzes Part 6 Determination of Zinc by Complexometric EDTA Method Second Revision |
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MTD 34 (21114)
Revision of: IS 4027:1990 |
Methods of chemical analysis of bronzes Part 7 determination of antimony by rhodamine B spectrophotometric method |
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MTD 34 (21117)
Revision of: IS 4027:1991 |
Methods of chemical analysis of bronzes Part 8 determination of iron |
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MTD 34 (21119)
Revision of: IS 4027:1991 |
Methods of chemical analysis of bronzes Part 9 determination of aluminium by atomic absorption spectrometric method |
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MTD 34 (21394)
Revision of: IS 228:1998 |
Methods for chemical analysis of steels Part 18 Determination of oxygen by instrumental method for oxygen 0 001 to 0 1000 percent |
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MTD 34 (21954)
Revision of: IS 6226:1994 |
Recommendations for apparatus for chemical analysis of metals Part 1 apparatus for determination of carbon by direct combustion |
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MTD 34 (21955)
Revision of: IS 5425:1969 |
Methods of chemical analysis of misch metal Part 1 determination of cerium |
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MTD 34 (21956)
Revision of: IS 5425:1984 |
Method of chemical analysis of misch metal Part 2 determination of total rare earths |
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MTD 34 (21958)
Revision of: IS 4667:1968 |
Methods of chemical analysis of silver - Copper brazing alloys Part 1 analysis for silver and copper |
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MTD 34 (21959)
Revision of: IS 4667:1969 |
Methods of chemical analysis of silver - Copper brazing alloys Part 2 determination of silver copper and tin |
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MTD 34 (22190)
Revision of: IS 440:1964 |
Methods of chemical analysis of copper |
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MTD 34 (22195)
Revision of: IS 1559:1982 |
METHODS OF CHEMICAL ANALYSIS OF FERROSILICON PART 2 DETERMINATION OF CARBON |
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MTD 34 (22196)
Revision of: IS 1559:1982 |
METHODS OF CHEMICAL ANALYSIS OF FERROSILICON PART 3 DETERMINATION OF SULPHUR |
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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MTD 34 (20753)
Revision of: IS 1760:1991 |
Chemical Analysis of Limestone Dolomite and Allied Materials Part 5 Determination of Chlorides Second Revision |
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MTD 34 (21488)
Revision of: IS 12308:1997 |
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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MTD 34 (21489)
Revision of: IS 12308:1991 |
Methods for chemical analysis of cast iron and pig iron Part 10 Determination of manganese up to 7 0 percent by arsenite volumetric method First Revision |
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MTD 34 (21491)
Revision of: IS 12308:1992 |
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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MTD 34 (21492)
Revision of: IS 12308:1992 |
Methods for chemical analysis of cast iron and pig iron Part 13 Determination of magnesium by atomic absorption spectrometric method for magnesium upto 0 1 percent |
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MTD 34 (20732)
Revision of: IS 1760:1991 |
Chemical Analysis of Limestone Dolomite and Allied Materials Part 1 Determination of Loss on Ignition Second Revision | |
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MTD 34 (20747)
Revision of: IS 1760:1991 |
Chemical Analysis of Limestone Dolomite and Allied Materials Part 2 Determination of Silica Second Revision | |
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MTD 34 (20750)
Revision of: IS 1760:1992 |
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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MTD 34 (20752)
Revision of: IS 1760:1991 |
Chemical Analysis of Limestone Dolomite and Allied Materials Part 4 Determination of Carbon Dioxide Second Revision | |
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MTD 34 (20817)
Revision of: IS 999:1959 |
Methods of Chemical Analysis of Brazing Solder First Revision | |
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MTD 34 (21051)
Revision of: IS 4027:1987 |
Methods of Chemical Analysis of Bronzes Part 1 Determination of Copper and Lead by Electrolytic Method second revision | |
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MTD 34 (21385)
Revision of: IS 228:1987 |
Method for Chemical Analysis of Steels Part 4 Determination of Total Carbon by Gravimetric Method for carbon 0 1 Percent Fourth Revision | |
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MTD 34 (21392)
Revision of: IS 228:1987 |
Methods for Chemical Analysis of Steels Part 6 Determination of Chromium by Persulphate Oxidation Method for Chromium 01 percent Fourth Revision | |
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MTD 34 (21393)
Revision of: IS 228:1990 |
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 | |
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MTD 34 (21395)
Revision of: IS 3186:1965 |
Methods of chemical analysis of cadmium copper First Revision | |
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MTD 34 (21468)
Revision of: IS 12308:1987 |
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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MTD 34 (21469)
Revision of: IS 12308:1987 |
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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MTD 34 (21470)
Revision of: IS 12308:1987 |
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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MTD 34 (21472)
Revision of: IS 12308:1991 |
Methods for chemical analysis of cast iron and pig iron Part 5 Determination of phosphorus 0 01 percent to 0 50 percent by alkalimetric method First Revision | |
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MTD 34 (21474)
Revision of: IS 12308:1991 |
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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MTD 34 (21487)
Revision of: IS 12308:1991 |
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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MTD 34 (21490)
Revision of: IS 12308:1991 |
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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MTD 34 (22153)
Revision of: IS 228:1987 |
Methods for Chemical Analysis of Steels Part 1 Determination of Carbon by Volumetric Method For Carbon 0 05 To 2 50 Percent Fourth 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 |