Silicon Carbide Of Various Use

Silicon carbide is insoluble in water, and there are two commonly used varieties: black silicon carbide and green silicon carbide. Silicon carbide is a carbide accidentally discovered in the laboratory by the American Acheson in 1891 during the fused diamond experiment. At that time, Acheson was trying to prepare artificial diamonds. When he heated clay (aluminosilicate) and powdered coke (carbon) in an iron bowl, blue crystals formed. At that time, he mistakenly thought they were a mixture of diamonds, so he named them emery.

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Silicon carbide deoxidizer is a new type of strong composite deoxidizer with an excellent deoxidation effect, which shortens deoxidation time, saves energy, improves steelmaking efficiency, reduces material consumption, reduces environmental pollution, and improves working conditions. This material is of great value for improving the comprehensive economic benefits of electric furnaces.

Due to its corrosion resistance, high-temperature resistance, and good thermal conductivity, silicon carbide can be used in various smelting furnace linings, high-temperature furnace components, silicon carbide plates, liners, supports, saggers, silicon carbide crucibles, etc. In addition, silicon carbide can also be used as high-temperature indirect heating materials in the non-ferrous metal smelting industry, such as aluminum electrolytic cells, copper melting furnace linings, thermocouple protection tubes, etc.; it is used to make advanced silicon carbide ceramics that are wear-resistant and high-temperature resistant materials; it can also be made into rocket nozzles, gas turbine blades, etc. In addition, silicon carbide is also one of the ideal materials for solar water heaters on highways, aviation runways, etc.

Silicon carbide has excellent properties such as high thermal conductivity, large bandgap, high electron saturation mobility rate, and high critical breakdown electric field. Its excellent comprehensive properties compensate for the shortcomings of traditional semiconductor materials and devices in practical applications. It is widely used in electric vehicles and mobile phone communications. Chips and other fields have broad application prospects. Because SiC has higher reliability, higher operating temperature, smaller size, and higher voltage withstand capability, it can be used in power devices such as main drive boards, vehicle chargers, and power modules, which can greatly improve the efficiency and endurance of electric vehicles.

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