TMT Bars are exceptionally warm/heat proof too. It can assimilate heat from 400 to 600 degrees Celsius. In this manner, the TMT Bar makes your building profoundly fireproof. Build Your Safe & Strong Home with fire-resistant, corrosion-resistant, and terminate-resistant.
TMT bars with this malleability and prolongation qualities are their structure. Our bars highlight a composite metallurgical structure, with a solid outside martensite surface and a delicate ferrite-pearlite center. Hence they are earthquake resistant as well as the strongest.
The TMT bars have a hard external surface and a gentler core.TMT bars with hard surfaces and that additionally keeps the center hotter and milder. These aides in making the steel consumption obstruction and furthermore increment its weldability.
Our TMT bars can be portrayed as another age high-quality steel having unrivaled properties, for example, weldability, quality, flexibility, and bendability fulfilling the greatest guidelines at the universal level. We produce steel of higher quality. The solidarity to work for a lifetime!
Our TMT bars have simple bendability, weldability and incredible pliability guarantee economy and wellbeing of utilization. TMT bars have the capacity to oppose the loss of solidarity at higher temperatures. The increment long of a tractable test piece under pressure. The extension at crack is expectedly communicated as a level of the first check length of a standard test piece.
We provide Higher elongation. The extension at a crack is expectedly communicated as a level of the first check length of a standard test piece. TMT bars have better return quality, Ultimate rigidity, and higher rate extension when contrasted with cold-bent bars of the same evaluation.
We never compromise on the quality. It's highly strong and straight. Straightness is important for Grip for a lifetime is important for any construction activity so we strongly believe in straightness.
| Grade | Fe 415 | Fe 500 | Fe 550 | SS GOLD 550 TMT SD |
|---|---|---|---|---|
| Yield stress (n/sq.mm) | >415 | >500 | >550 | >550 |
| Tensile strength (n/sq.m) | >485 | >545 | >585 | >640 |
| Elongation% | >14.5% | >12% | >10% | >16% |
| Grade | Fe 415 | Fe 500 | Fe 550 | SS GOLD 550 TMT SD |
|---|---|---|---|---|
| Carbon % | <0.30% | <0.30% | <0.30% | <0.25% |
| Sulphur % | <0.060% | <0.055% | <0.055% | <0.050% |
| Phosphorus % | <0.060% | <0.055% | <0.050% | <0.050% |
| Sulphur & phosphorus % | <0.11% | <0.105% | <0.10% | <0.10% |
| Manganese % | 0.5% to 1.0% | 0.5% to 1.0% | 0.5% to 1.0% | 0.5% to 1.0% |
| CE % | <0.42% | <0.42% | <0.42% | <0.40% |
| Grade | TMT Fe 415 | TMT Fe 500 | SS GOLD 550 TMT SD |
|---|---|---|---|
| Design strength | 415 N/mm2 | 500 N/mm2 | 550 N/mm2 |
| Quantity required | 1,000 MT | 0.854 MT | 0.809 MT |
| % of saving in weight | - | 14.6% | 19.15% |