Ferrosilicon slag is a valuable by-product generated during the production of ferrosilicon alloy. Primarily composed of silicon dioxide (40%-60%), calcium oxide (20%-30%), and aluminum oxide (5%-10%), this material offers a cost-effective alternative for several key industries, helping businesses re

Ferro Vanadium (FeV) stands as a fundamental ferroalloy in modern industry. Produced through the reduction of vanadium pentoxide in electric furnaces, this powerful alloying agent is indispensable for manufacturing advanced steels and is rapidly gaining importance in renewable energy storage. By sig

In today’s global push for sustainable industrial growth, ferrosilicon slag has gained significant attention as a versatile metallurgical by-product. With proper utilization, it offers both economic and environmental benefits. This guide provides a full analysis of its properties, key applications,

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