1. Silicon carbide balls are wear-resistant, improve the stability of raw materials, reduce the thickness of the mill and the volume of the balls, and increase the mill volume by 15%-30%.
2. Mainly used in electric furnaces and cupolas as deoxidizer.
3. Silicon carbide balls are used in the casting and steelmaking industries (can be used in special steel, stainless steel, T iron, G iron, K iron and other factories) to increase the temperature in the furnace, shorten the melting time, increase steel output, and It has functions such as carburization, deoxidation, silicon addition, and temperature rise.
4. It can also be used as a substitute for ferrosilicon. In addition, no dust pollution will be produced during the furnace operation, the reaction speed is fast, and the cost is reduced. It is a new method in the steelmaking process.
5. Useful metal oxides are reduced to metals and absorbed in the steel, reducing the loss of molten steel and increasing output.
6. The reaction heat energy generated when the silicon carbide element is oxidized can reduce the amount of electricity used and shorten the operating time.
7. In the process of producing manganese steel and chromium steel, the loss of manganese and chromium can be reduced.
