By optimizing the water pressure for their pearlitic heart and hard surface of mixed marten material, the resistance of the cans is closely regulated, thus giving optimum power, ductility, and toughness. TMT boards are commonly used for structural strengthening systems, towers, and flyovers, reservoirs, heat and hydropower crops, agricultural structures, high-rise houses, subterranean subway stations, and fast transportation systems.
TMT bars are thermo-mechanically treated for elevated yield strength through the world’s major temp core-based technology. The method includes quick quenching of the warm cans by a sequence of water jets after rolling out of the last factory stack. The cans are dried, making it possible to equalize the base and ground heat.
Advantages of Steel Bars
- Higher Tensile Strength makes ideal for coastal, marine, bridges, tunnels, High-Rise, RCC Structures.
- Saver on material handling cost
- Save overal steel consumption, due to high strength & load consumption
- Save on cost transportation
- Save on storage handling and easier
- Reduction in construction time
- Result in large carpet area slimmer pillars.
TMT Bars for Structures & Resilient
By applying the innovative “Thermex” technique that is used worldwide to create high-quality TMT bottles, ductility, weldability, attachment, and bendability. The extra benefit of these cans is that they are anti-corrosive, earthquake & water durable. Our TMT boards render it feasible to create slimmer columns that contribute to a bigger carpet region.
High-Quality Raw Material
All raw materials used for the production of TMT cans are obtained from our induction furnace in Chengunta after rigorous performance trials, both accidental and predefined checks at particular stages in the manufacturing method.
High Corrosion Resistance
Our TMT cans receive the THERMEX method and particularly handled and purified water is used to quench the cans. The hot bending of steel plates also contributes to a dramatic decrease in surface stress to improve strength to corrosion.
Increased Earthquake Resistance
The hard external layer and softcore, created during the self-tempering of the TMT bars, helps to withstand the seismic and other dynamic loads that occur during an earthquake with increased ductility and also improves the fatigue resistance of the bars.
This article sheds light on the features and advantages of using the best quality TMT bars for all your infrastructural requisites.
Read More;
- Suspension Bridges – Evolution, Classification & List of Longest Suspension Bridges
- Components of a Suspension Bridge and its Advantages