Jul. 17, 2017
CCEWOOL SIC series silicon carbide products with advantages of good wear resistance, creep resistance, good corrosion resistance, high strength, low thermal expansion coefficient, good thermal conductivity and thermal stability.
Application of CCEWOOL SIC series silicon carbide products:
1. The application in non-ferrous metal smelting industry
As high temperature indirect heating materials, such as tank distillation furnace, distillation furnace tray, electrolytic aluminum tank, copper smelting furnace lining, zinc furnace arc plate, thermocouple protection tube. This is the use of silicon carbide’s high temperature resistance, high strength, good thermal conductivity and shock resistance.
2. The application in steel industry
The characteristics of corrosion resistance, thermal shock resistance, wear resistance and good thermal conductivity of silicon carbide are used to improve the service life of large blast furnace lining.
3. The application in metallurgical industry
The hardness of silicon carbide is second only to diamond, which has strong wear resistance. It is the ideal material of mine bucket lining, wear resistant pipe, impeller, pump chamber and cyclone. Its wear resistance is 5-20 times the service life of cast iron and rubber, which is also an ideal material of aviation flight runway.
4. The application in building, ceramics and grinding wheel industry
By using silicon carbide’s characteristics of high thermal conductivity, thermal radiation and high strength, manufacturing kiln sheet which can not only reduce kiln capacity, but also furnace installed capacity and product quality, shorten production cycle. It is an ideal indirect material for ceramic glaze baking sintering.
5. The application in energy saving
Using good thermal conductivity and thermal stability as heat exchanger, fuel consumption reduced by 20%, saving fuel by 35%, so that productivity increased by 20-30%. In particular, the pipeline discharge in the mine, the wear resistance is 6 ~ 7 times as ordinary wear-resistant materials.