Applications of silicon carbon alloy

Silicon carbon alloy is a new type of metallurgical material, mainly used for deoxidation in converter smelting, and can replace ferrosilicon, silicon carbide, carburizer and other materials. It has the following uses:

1. Converter smelting deoxidation. Silicon carbon alloy is used for deoxidation in converter smelting, which can reduce the amount of deoxidizer, improve the quality of molten steel, and improve the quality and performance of steel products.
2. Increase the silicon content in steel. The silicon element in the silicon carbon alloy reacts with oxygen to improve the hardness and quality of the steel, while making the molten steel non-splashing.
3. Improve the physical properties of castings. In the field of casting, silicon carbon alloy can improve the hardness and wear resistance of castings, increase corrosion resistance and high temperature resistance, improve the crystal structure of castings, reduce shrinkage porosity, and reduce warpage deformation.
4. Applications in electronics and medical fields. Silicon carbon alloys can also be used in the electronics industry to manufacture silicon steel sheets and semiconductor materials, as well as in the medical field to manufacture medical devices, such as artificial heart valves and artificial joints.

In addition, silicon carbon alloys also have physical properties such as corrosion resistance, hardness, and wear resistance, good thermal stability, and good electrical and thermal conductivity.