Know Your Standard Standards under Mandatory Certification Group Wise Classification Ministry/Department Wise Classification
( Sub Sub Group : Methods for Chemical analysis of Ferrous materials )
Total Standards : 68
Revised Standards
New Standards
| S.No | IS Number | IS Title | Amendment | Reaffirmation Year | Document | Action |
|---|---|---|---|---|---|---|
| 1 | IS 12308 : Part 1 : 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 To 4.50 Percent) | 0 | Mar, 2023 | Download | |
| 2 | IS 12308 : Part 2 : 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 To 0.25 Percent) | 0 | Mar, 2023 | Download | |
| 3 | IS 12308 : Part 3 : 1987 |
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) | 0 | Mar, 2023 | Download | |
| 4 | IS 12308 : Part 4 : 1988 |
Methods for chemical analysis of cast iron and pig iron: Part 4 determination of total carbon, graphitic carbon and combined carbon by gravimetric method | 0 | Dec, 2023 | Download | |
| 5 | IS 12308 : Part 5 : 1991 |
Methods of chemical analysis of cast iron and pigiron: Part 5 determination of phosphorus (0.01 To 0.50 Percent) by alkalimetric method | 0 | Mar, 2023 | Download | |
| 6 | IS 12308 : Part 6 : 1991 |
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) | 0 | Mar, 2023 | Download | |
| 7 | IS 12308 : Part 7 : 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 to 36 percent) | 0 | Mar, 2023 | Download | |
| 8 | IS 12308 : Part 8 : 1997 |
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) | 0 | Mar, 2023 | Download | |
| 9 | IS 12308 : Part 9 : 1993 |
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) | 0 | Dec, 2023 | Download | |
| 10 | IS 12308 : Part 10 : 1991 |
Methods of chemical analysis of cast iron and pig iron: Part 10 determination of manganese (Up To 7.0 Percent) by arsenite (Volumetric) method | 0 | Mar, 2023 | Download | |
| 11 | IS 12308 : Part 11 : 1991 |
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) | 0 | Mar, 2023 | Download | |
| 12 | IS 12308 : Part 12 : 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 to 0.5 percent) | 0 | Mar, 2023 | Download | |
| 13 | IS 12308 : Part 13 : 1992 |
Methods of chemical analysis of castiron and pigiron: Part 13 determination of magnesium by atomic absorption spectrometric method (For Magnesium Upto 0.1 Percent) | 0 | Mar, 2023 | Download | |
| 14 | IS 12308 : Part 14 : 1993 |
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) | 0 | Dec, 2023 | Download | |
| 15 | IS 12614 : Part 2 : 1988 |
Methods of chemical analysis of ferro-molybdenum: Part 2 determination of total carbon | 0 | Dec, 2023 | Download | |
| 16 | IS 12614 : Part 3 : 1988 |
Methods of chemical analysis of ferro-molybdenum: Part 3 determination of silicon | 0 | Dec, 2023 | Download | |
| 17 | IS 12614 : Part 4 : 1988 |
Methods of chemical analysisof ferro-molybdenum: Part 4 determination of sulphur | 0 | Dec, 2023 | Download | |
| 18 | IS 12614 : Part 5 : 1988 |
Methods of chemical analysis of ferro-molybdenum: Part 5 determination of phosphorus | 0 | Dec, 2023 | Download | |
| 19 | IS 12614 : Part 6 : 1988 |
Methods of chemical analysis of ferro-molybdenum: Part 6 determination of copper | 0 | Dec, 2023 | Download | |
| 20 | IS 12614 : Part 7 : 1988 |
Methods of chemical analysis of ferro-molybdenum: Part 7 determination of aluminium | 0 | Dec, 2023 | Download | |
| 21 | IS 13452 : 2019 |
Methods of chemical analysis of ferrochromium (First Revision) | 0 | Feb, 2024 | Download | |
| 22 | IS 13938 : Part 1 : 1994 |
Chemical analysis of ferromanganese: Part 1 determination of silicon by gravimetric method | 0 | Dec, 2023 | Download | |
| 23 | IS 13938 : Part 3 : 1993 |
Chemical analysis of ferromanganese: Part 3 determination of phosphorus by (Alkalimetric) method | 0 | Dec, 2023 | Download | |
| 24 | IS 13938 : Part 4 : 1994 |
Chemical analysis of ferromanganese: Part 4 determination of total sulphur by direct combustion method | 0 | Dec, 2023 | Download | |
| 25 | IS 14529 : 2004 |
Chemical analysis of ferrosilicon - Magnesium alloy (First Revision) | 0 | Mar, 2022 | Download | |
| 26 | IS 15338 : 2003 |
Spectrometric analysis of cast iron by direct reading optical emission vacuum spectrometer - Point to plane technique | 0 | Mar, 2023 | Download | |
| 27 | IS 15396 : 2003 |
Chemical analysis of ferro - Silicon zirconium alloys | 0 | Mar, 2022 | Download | |
| 28 | IS 1559 : 1961 |
Methods of chemical analysis of ferro - Alloys | 0 | Mar, 2023 | Download | |
| 29 | IS 1559 : Part 1 : 1988 (2 Revision) |
Methods of chemical analysis of ferro - Silicon: Part 1 determination of silicon (Second Revision) | 0 | Mar, 2024 | Download | |
| 30 | IS 1559 : Part 2 : 1982 (1 Revision) |
Methods of chemical analysis of ferrosilicon: Part 2 determination of carbon (First Revision | 0 | Mar, 2023 | Download | |
| 31 | IS 1559 : Part 3 : 1982 (1 Revision) |
Methods of chemical analysis of ferrosilicon: Part 3 determination of sulphur (First Revision) | 0 | Mar, 2023 | Download | |
| 32 | IS 1559 : Part 4 : 1982 (1 Revision) |
Methods of chemical analysis of ferrosilicon: Part 4 determination of phosphorus (First Revision) | 0 | Mar, 2023 | Download | |
| 33 | IS 1559 : Part 5 : 2003 (2 Revision) |
Chemical analysis of ferrosilicon: Part 5 determination of aluminium in ferrosilicon (Aluminnjm 0.05 To 1.75 Percent) (Second Revision) | 0 | Feb, 2024 | Download | |
| 34 | IS 1559 : Part 6 : 1982 (1 Revision) |
Methods of chemical analysis of ferrosilicon: Part 6 determination of calcium (First Rivision) | 0 | Mar, 2023 | Download | |
| 35 | IS 1559 : Part 7 : 1982 (1 Revision) |
Methods of chemical analysis of ferrosilicon: Part 7 determination of manganese (First Revision) | 0 | Mar, 2023 | Download | |
| 36 | IS 17319 : 2020/ISO 6352 : 1985 |
Ferronickel — Determination of Nickel Content — Dimethylglyoxime Gravimetric Method | 0 | ---- | Buy | |
| 37 | IS 17320 : 2020/ISO 11400 |
Nickel, Ferronickel and Nickel Alloys — Determination of Phosphorus Content — Phosphovanadomolybdate Molecular Absorption Spectrometric Method | 0 | ---- | Buy | |
| 38 | IS 17321 : 2020/ISO 8343 : 1985 |
Ferronickel — Determination of Silicon Content — Gravimetric Method | 0 | ---- | Buy | |
| 39 | IS 17322 : 2020/ISO 7527 : 1985 |
Nickel, Ferronickel and Nickel Alloys — Determination of Sulfur Content — Iodimetric Titration Method after Induction Furnace Combustion | 0 | ---- | Buy | |
| 40 | IS 17324 : 2020/ISO 7524 : 1985 |
Nickel, Ferronickel and Nickel Alloys — Determination of Carbon Content — Infra-Red Absorption Method after Induction Furnace Combustion | 0 | ---- | Buy | |
| 41 | IS 17325 : 2020/ISO 7520 |
Ferronickel — Determination of Cobalt Content — Flame Atomic Absorption Spectrometric Method | 0 | ---- | Buy | |
| 42 | IS 228 : Part 1 : 1987 (3 Revision) |
Methods for chemical analysis ofsteels: Part 1 determination ofcarbon by volumetric method (For Carbon 0.05to 2.50 Percent) (Third Revision) | 1 | Mar, 2023 | Download | |
| 43 | IS 228 : Part 4 : 1987 (3 Revision) |
Method for chemical analysis of steels: Part 4 determination of total carbon by gravimetric method (For Carbon R 0.1 Percent) (Third Revision) | 0 | Mar, 2023 | Download | |
| 44 | IS 228 : Part 5 : 1987 (3 Revision) |
Methods for chemical analysis of steels: Part 5 determination of nickel by dimethylglyoxime (Gravimetric) method (For Nickel)O - l percent) (Third Revision) | 0 | Dec, 2023 | Download | |
| 45 | IS 228 : Part 6 : 1987 (3 Revision) |
Methods for chemical analysis of steels: Part 6 determination of - Chromium by persulphate oxidation method (For Chromium)04 percent) (Third Revision) | 0 | Mar, 2023 | Download | |
| 46 | IS 228 : Part 7 : 1990 (3 Revision) |
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) | 0 | Mar, 2023 | Download | |
| 47 | IS 228 : Part 8 : 1989 (3 Revision) |
Methods for chemicalanalysisofsteels: Part 8 determination of silicon by the gravimetric method (For Silicon 0.05 To 5.00 Percent) (Third Revision) | 0 | Dec, 2023 | Download | |
| 48 | IS 228 : Part 9 : 1989 (3 Revision) |
Methods for chemical analysis of steels : Part 9 determination of sulphur by evolution method (For Sulphur 0.01 To 0.25 Percent) (Third Revision) | 0 | Dec, 2023 | Download | |
| 49 | IS 228 : Part 10 : 1989 (3 Revision) |
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) | 0 | Dec, 2023 | Download | |
| 50 | IS 228 : Part 11 : 1990 (3 Revision) |
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) | 0 | Mar, 2024 | Download | |
| 51 | IS 228 : Part 12 : 2001 (4 Revision) |
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) | 0 | Jun, 2023 | Download | |
| 52 | IS 228 : Part 13 : 1982 |
Methods for chemical analysis of steels: Part 13 determination of arsenic | 0 | Mar, 2024 | Download | |
| 53 | IS 228 : Part 14 : 1988 |
Methods for chemical analysis of steels: Part 14 determination of carbon by thermal conductivity method (For Carbon 0.005 To 2.000 Percent | 0 | Dec, 2023 | Download | |
| 54 | IS 228 : Part 15 : 1992 (2 Revision) |
Methods for chemical analysis of steels: Part 15 determination of copper by thiosulphate iodide method (For Copper 0.05 To 5 Percent) (Second Revision) | 0 | Dec, 2023 | Download | |
| 55 | IS 228 : Part 16 : 1992 (2 Revision) |
Methods for chemical analysis of steels: Part 16 determination of tungsten by spectrophotometric method (For Tungsten 0.1 To 2 Percent) (Second Revision) | 0 | Dec, 2023 | Download | |
| 56 | IS 228 : Part 17 : 1998 (2 Revision) |
Methods for chemical analysis of steels: Part 17 determination of nitrogen by thermal conductivity method (For Nitrogen Up To 0.04 Percent) (Second Revision) | 0 | Mar, 2021 | Download | |
| 57 | IS 228 : Part 18 : 1998 (2 Revision) |
Methodsofchemicalanalysis ofsteels: Part 18 determination of oxygen by instrumental method (For Oxygen 0.001 To 0.1000 Percent) (Second Revision) | 0 | Mar, 2023 | Download | |
| 58 | IS 228 : Part 19 : 1998 (2 Revision) |
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) | 0 | Mar, 2021 | Download | |
| 59 | IS 228 : Part 21 : 2003 |
Methods for chemical analysis of steels: Part 21 determination of copper by spectrophotometric method (For Copper 0.02 To 0.50 Percent) (Second Revision) | 0 | Jun, 2023 | Download | |
| 60 | IS 228 : Part 22 : 2003 |
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) | 0 | Jun, 2023 | Download | |
| 61 | IS 228 : Part 23 : 2003 |
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) | 0 | Jun, 2023 | Download | |
| 62 | IS 228 : Part 24 : 2003 |
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) | 0 | Jun, 2023 | Download | |
| 63 | IS 3295 : Part 1 : 1969 |
Methods of chemical analysis of ferro boron: Part 1 analysis for carbon, silicon and aluminium | 0 | Dec, 2023 | Download | |
| 64 | IS 3295 : Part 2 : 1970 |
Method of chemical analysis of ferroboron: Part 2 determination of boron | 1 | Dec, 2023 | Download | |
| 65 | IS 6226 : Part 1 : 1994 (1 Revision) |
Recommendations for apparatus for chemicals analysis of metals: Part 1 apparatus for determination of carbon by direct combustion (First Revision) | 1 | Mar, 2023 | Download | |
| 66 | IS 6226 : Part 2 : 1987 |
Recommendations for apparatus for chemical analysis of metals: Part 2 determination of sulphur by direct combustion | 0 | Dec, 2023 | Download | |
| 67 | IS 7072 : 1973 |
Glossary of terms relating to emission spectroscopy | 0 | Mar, 2022 | Download | |
| 68 | SP 71 : 2012 |
Compendium of method of chemical analysis of steels | 0 | Mar, 2022 | Download |