| 9.2 (5) (Tensile Strength (16 to 28 mm), N/mm² - IS 1608 (Part 1): 2022.) |
1000.0 |
|
| 9.4 (Rebend test (0 - 28 mm) - IS 1786: 2008) |
1000.0 |
|
| 5.4 (Rib Area, mm²/ mm - IS 1786: 2008) |
1000.0 |
|
| 9.2 (3) (Total Elongation at Maximum Force on gauge length of 5.65 Square Root of Crosss- Sectional Area, % - IS 1608 (Part 1): 2022.) |
- |
|
| 9.3 (Bend test - IS 1599: 2023.) |
1000.0 |
|
| 7.2 (Mass per metre run, kg/m - IS 1786: 2008) |
1000.0 |
|
| 9.2 (2) (Elongation Percent on gauge length of 5.65 Square Root of Crosss- Sectional Area, % - IS 1608 (Part 1): 2022.) |
1000.0 |
|
| 9.2 (1) (TS/ YS Ratio - (IS 1786: 2008/ IS 1608 (Part 1): 2022).) |
- |
|
| 9.2 (Yield Stress/ 0.2 % Proof Stress. N/mm² -- IS 1608 (Part 1): 2022.) |
1000.0 |
|
| 4.2 (5) (Sulphur+ Phosphorus, % by mass.) |
500.0 |
|
| 4.2 (4) (Phosphorus, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
500.0 |
|
| 4.2 (3) (Sulphur, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
500.0 |
|
| 4.2 (2) (Carbon, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
500.0 |
|
| 4.2 (1) (Carbon Equivalent (CE), , % by mass.) |
2000.0 |
|
| 9.2 (4) (Tensile Strength (up to 12 mm), N/mm² - IS 1608 (Part 1): 2022.) |
- |
|
| 9.2 (6) (Tensile Strength (32 to 40 mm), N/mm² - IS 1608 (Part 1): 2022.) |
1500.0 |
|
| 9.4 (1) (Rebend test (32 to 40mm)- IS 1786: 2008) |
1500.0 |
|
| 4.2 (18) (Chemical Composition with micro alloying elements, % by mass.) |
4000.0 |
|
| 4.2 (17) (Chemical Composition without micro alloying elements, % by mass.) |
2000.0 |
|
| 4.2 (16) (Nb+V+B+Ti, % by mass.) |
- |
|
| 4.2 (15) (Titanium, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
300.0 |
|
| 4.2 (14) (Vanadium, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
300.0 |
|
| 4.2 (13) (Niobium, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
300.0 |
|
| 4.2 (12) (Boron, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
300.0 |
|
| 4.2 (11) (Cr+Cu+Ni+Mo+P, % by mass.) |
- |
|
| 4.2 (10) (Molybdenum, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
1000.0 |
|
| 4.2 (9) (Nickel, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
1000.0 |
|
| 4.2 (18) (Chemical Composition with micro alloying elements, % by mass.) |
4000.0 |
|
| 4.2 (17) (Chemical Composition without micro alloying elements, % by mass.) |
2000.0 |
|
| 4.2 (16) (Nb+V+B+Ti, % by mass.) |
- |
|
| 4.2 (15) (Titanium, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
300.0 |
|
| 4.2 (14) (Vanadium, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
300.0 |
|
| 4.2 (13) (Niobium, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
300.0 |
|
| 4.2 (12) (Boron, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
300.0 |
|
| 4.2 (11) (Cr+Cu+Ni+Mo+P, % by mass.) |
- |
|
| 4.2 (10) (Molybdenum, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
1000.0 |
|
| 4.2 (9) (Nickel, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
1000.0 |
|
| 4.2 (8) (Copper, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
500.0 |
|
| 4.2 (7) (Chromium, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
500.0 |
|
| 4.2 (Manganese, % by mass (As per ASTM E 415-21/ IS 8811: 1998).) |
300.0 |
|
| 5.7 (Compressive strength of concrete cubes (Avg) after 28 days for 0 to 12 mm) |
3500.0 |
|
| 5.7 (Compressive strength of concrete cubes (Avg) after 28 days for 16 to 40 mm) |
5250.0 |
|
| 5.7 (M_Pull out test for 0 to 12 mm) |
6500.0 |
|
| 5.7 (M_Pull out test for 16 to 40 mm) |
9750.0 |
|
| 4.2 (19) (Chemical composition (HSDS with Corrosion Resistant Properties) in Annexure) |
4000.0 |
|