Ferroalloys are fundamental additives used in steelmaking and casting. Produced by combining iron with elements such as silicon, manganese, chromium, titanium, or molybdenum, ferroalloys primarily function as deoxidizers and alloying agents, helping refine molten steel and enhance its mechanical pro

The industrial silicon and ferrosilicon sectors belong to the group of high-energy-consumption metallurgical industries, relying on large amounts of silica, coke, and occasionally steel scrap. These raw materials are smelted in submerged arc furnaces, with China being one of the world’s largest prod

Calcined Anthracite Coke (CAC) has long been one of the most reliable recarburizers used in steelmaking and foundry industries. Known for its low ash, low sulfur, low phosphorus, and high carbon content, CAC provides stable performance during melting and refining operations. After undergoing high-te

Ferro silicon (FeSi) has long been regarded as one of the most important ferroalloys in steelmaking and casting. But beyond its well-known role as a deoxidizer, this versatile alloy offers several unexpected benefits across different industries. Today, let’s explore what ferro silicon is, the differ

Ferro Silicon Nitride—often referred to as FeSiN—is a modern nitrogen-rich ferroalloy increasingly adopted in the steel and refractory industries. With its unique combination of Si₃N₄, metallic iron, FeSi, and trace impurities, this material offers outstanding high-temperature stability and cost-eff

For years, Silicon Carbide (SiC) has been in the spotlight for its role in next-generation semiconductors, powering electric vehicles, 5G base stations, smart grids, and high-temperature electronics.But beyond these high-tech domains, SiC has served as an indispensable industrial material for more t