Dytron TMT Bars produce using the clean steel billets with highly controlled steel chemistry with a deficient level of sulphur and phosphorus.

The manufacturing process of TMT bars has to pass through strict quality control norms in the production unit that confirms the standard quality in Dytron TMT Bars.

TMT bars provide high strength to the structures which can withstand the load. They even guarantee customer satisfaction by reducing labour costs.

TMT bars enhance the safety and longevity of the structures by securing it from damages. Their higher elongation makes the structure safe in the earthquake-prone area. Their good weldability and corrosion-resistant properties made the TMT bars more demanding in the construction industry.

In their unique manufacturing process, the steel bars pass through the rolling mill and are the steel bars again pass through the specially designed water cooling system.

While passing the outer core of the TMT Bar becomes hard and durable due to the optimized water pressure and sudden changes in temperature.

At the final step, the slow cooling keeps the inner core soft and turns into Ferrite-Pearlite Mass which makes the bar highly pliable and is highly useful for all purposes of constructions.

We should consider Dytron TMT bars for its excellent strength, long durability and longevity that make the structure stable. It also provides highly ductile TMT bars with high tensile strength for the earthquake-prone area.

Dytron TMT has been considered as one of the leading TMT bar company in Kolkata for producing its products in the ultra-modern and futuristic technology under the close inspection of a capable engineer. They supply widely accepted TMT bars which conform to the best in quality standards.

TMT bars or Thermo-Mechanically Treated bars became the essential part of any structure, be it buildings, towers, flyover bridges, dams or railways to withstand the load of those structures.

TMT Bars can be cast into any shape when mixed with Reinforced Cement Concrete (RCC) and can stand against any weight forced upon it. They are hard from the outer core while the inner core remains soft used in the concrete structures.

They are fire and corrosion-resistant and are well-known for their high-yield strength. Due to its high flexibility, it protects the structures by exchanging extra energy during the earthquakes.