Silicon carbide enhances wear resistance
The main smelting raw material of silicon carbide is quartz sand. It is a non-metallic ferroalloy product obtained by using anthracite or petroleum coke as a furnace charge to heat the smelting furnace temperature to more than 1800 degrees for full carburization treatment. The main element composition of silicon carbide is silicon carbide (SiC), which is used in many industries. Silicon carbide is widely used in steelmaking deoxidation, casting spheroidal graphitization, wear-resistant product production and other fields. The use of silicon carbide can effectively improve the wear resistance and service life of the product. Silicon carbide has the advantages of good deoxidation and fast speed in steelmaking like ferrosilicon. At the same time, silicon carbide also has the advantages of saving energy and enhancing wear resistance. Now silicon carbide is also used in small quantities in electronics, aviation and other industries.

Black Silicon Carbide Physical Index