high ca silicon

The formation of silicon carbon alloy is in the process of metal silicon smelting, the in-oven electrode heating is not enough. This causes the furnace floor to reach the required production temperature for metal silicon. Raw materials such as silicon and carbon, which do not fully react, have accumulated over a long period of time to form silicon-carbon alloys.

The main content of high-carbon silicon is silicon and carbon. High carbon silicon can replace ferro silicon, silicon carbide, recarator. It can reduce the deoxygenation dose and use it as a converter in the smelting deoxygenated alloy process, and its effect is stable. The properties and quality of steel can be superior to traditional processes.

Silicon carbon alloy is a new alloy that can be used in rotary furnaces. It uses fewer doses in the steelmaking process, which reduces the cost of steelmaking. Compared with conventional deoxygenators, it allows the steel to have better chemical composition and mechanical properties. Its effect is very stable, but also has a relatively low price, in the cost-effective very advantage.