The process begins with the careful production of high-quality billets in our own Induction Furnace. Highly trained metallurgists and quality specialists ensure that optimum chemical composition is maintained. Our billets undergo rigorous testing through a Computerized Spectrometer in our state-of-the-art laboratory.

 The Continuous Casting Machine (CCM) transfers the billets to the rolling mill. Continuous casting offers several advantages over traditional ingot casting methods, including higher production rates, improved product quality, and reduced energy consumption. It’s a crucial technology in modern steelmaking, allowing for efficient and cost-effective production.

Once the CCM transfers the hot billets to the rolling mill, they undergo a series of rolling operations, which involve passing them through a series of grooved rollers to gradually reduce their cross-sectional area and shape them into long, uniform steel bars.

After the initial rolling process, the steel bars are rapidly cooled by passing them through a high-pressure water spray system. This rapid quenching stage, also known as quenching, causes the outer surface of the bars to cool quickly while the inner core remains hot, resulting in the formation of a hardened outer layer and a relatively softer inner core.

Following quenching, the bars are subjected to a controlled heating process known as tempering. The bars are allowed to cool in ambient air, which causes the heat from the inner core to transfer to the hardened outer layer, resulting in the formation of a tempered martensitic structure throughout the bar.