The manufacturing of stainless steel blooms and slabs involves several critical steps that are essential for achieving the desired quality:

• Melting Process: The melting of raw materials such as scrap and sponge iron is performed in an induction furnace. This stage is crucial for ensuring that the steel reaches the necessary temperature for effective melting and homogeneity.
• Argon Oxygen Decarburization (AOD): An additional refining step, the AOD process, is utilized to reduce carbon content and improve the quality of the stainless steel. This step is essential for producing stainless steel with the desired corrosion resistance and mechanical properties. The AOD process allows for precise control over the chemical composition, which is vital for applications requiring specific material characteristics.
• Casting Process: It’s a process where molten steel, derived from melting sponge iron, scrap, and other ancillary minerals in an induction furnace, is poured into moulds. This process results in the formation of blooms and slabs of the required dimensions. The careful pouring and cooling of the molten steel help achieve the desired structural integrity and surface finish.

Our stainless steel blooms can be further processed and rolled or forged into a wide range of finished products. This versatility makes them suitable for various applications in industries such as automotive, construction, and manufacturing. The ability to customize the blooms into different shapes and sizes allows us to meet the specific needs of our clients across multiple sectors.

We primarily utilize our stainless steel blooms and slabs for in-house production of stainless steel HR coils. This strategic focus on vertical integration ensures that we maintain high standards of quality control throughout the production process, enabling us to deliver superior products to our customers.