REAL TMT
Real TMT bars are widely used in everyday use concrete reinforcement structures, skyscrapers, bridges and flyovers, dams, thermal and hydel power plants, industrial structures, underground platforms in metro railway and rapid transport system. TMT Bars are thermo-mechanically-treated through leading world tempcore based technology for high yield strength. The process involves rapid quenching of the hot bars through a series of water jets after they roll out of the last mill stand. The bars are cooled, allowing the core and surface temperatures to equalize. The bar core cools down slowly to turn into a ferrite-pearlite aggregate.
Uses and features
- + Superior Physical Strength and Ductility
- + Superior Bond Strength with Concrete
- + Superior Thermal Resistance
- + Earthquake Resistant
- + Significant Savings in Cost of Steel
- + Excellent Weldability without loss of strength at welded joints
- + High Bendability
- + Computerized Rib Pattern
Size
6mm
It is generally used in slabs and stairs which serve as load-bearing members in slab homes.
8mm
It is generally used in slabs and stairs which serve as load-bearing members in slab homes.
10mm
It is generally used in slabs and stairs which serve as load-bearing members in slab homes
12mm
It is used in beams and columns to make them withstand external loads.
16mm
It is used in beams and columns to make them withstand external loads.
20mm
It is as well used in beams and columns to make them withstand external loads
25mm
It is mostly used in beams and columns. This makes them stand under the weight of external loads.
32mm
It is mostly used in construction of very complex projects such as dams, bridges, tunnels, airports, etc.
40mm
It is mostly used in construction of very complex projects such as dams, bridges, tunnels, airports, etc.
| Chemical Composition | BS4449 500B |
|---|---|
| % Carbon | 0.24 Max |
| % Silicon | 0.35 Max |
| Max. Speed | 0.35 Max |
| % Manganese | 0.50 Min |
| % Sulphur | 0.05 Max |
| % Phosphorus | 0.055 Max |
| Sulphur + Phosphorus | 0.100 Max |
| Carbon Eqv. | 0.50 Max |