Can silicon carbide replace ferrosilicon?

In some cases, silicon carbide can replace ferrosilicon.

For example, for the smelting of some special materials, such as heat-resistant alloys and stainless steel, silicon carbide is more suitable as a deoxidizer and alloy additive than ferrosilicon because silicon carbide does not introduce additional carbon elements and thus does not affect the structure and structure of steel. adversely affect performance. In addition, the deoxidation effect of silicon carbide is better than that of ferrosilicon, and silicon carbide does not produce too much waste residue and smoke during the steel production process, thereby reducing environmental pollution.

However, in most cases, silicon carbide cannot completely replace ferrosilicon because silicon carbide is more expensive and more expensive to produce than ferrosilicon.

In addition, the particle size of silicon carbide powder is finer and is not suitable for use in large smelting equipment. Therefore, the proportion of silicon carbide used as deoxidizers and alloy additives in some large steel companies is relatively low.