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Which areas have been applied to Oxide Bonded Silicon Caribde?
- Nov 14, 2018 -

Oxide Bonded Silicon Caribde are widely used in various industries. For example, the application of non-ferrous metal smelting industry utilizes silicon carbide to have high temperature resistance, high strength, good thermal conductivity, impact resistance, and high-temperature indirect heating materials, such as the filling furnace. , rectification furnace tray, aluminum electrolysis tank, copper melting furnace lining, zinc powder furnace arc plate, thermocouple protection tube and so on.


In the steel industry, the application of Oxide Bonded Silicon Caribde utilizes the characteristics of corrosion resistance, thermal shock resistance, wear resistance and good heat conductivity of silicon carbide, and is used for lining of large blast furnaces to improve service life. The application of metallurgical beneficiation industry is second only to diamond, which has strong wear resistance. It is an ideal material for wear-resistant pipes, impellers, pump chambers, cyclones and mine linings. The wear resistance is cast iron. It is 5-20 times the service life of rubber and is also an ideal material for aviation flight tracks.


Oxide Bonded Silicon Caribde can also be used in the construction ceramics and grinding wheel industry. By using the characteristics of thermal conductivity, heat radiation and high heat strength, the manufacture of thin-plate kiln furniture can not only reduce the capacity of the kiln furniture, but also improve the installation of the kiln. The capacity and product quality shorten the production cycle and are an ideal indirect material for ceramic glaze baking.


In addition, Oxide Bonded Silicon Caribde also perform well in energy saving, using good thermal and thermal stability as heat exchangers, reducing fuel consumption by 20%, saving fuel by 35%, and increasing productivity by 20%. 30%. In particular, the internal discharge of the discharge pipeline used in the mine selection plant is 6-7 times more wear-resistant than ordinary wear-resistant materials.