Application of silicon carbide ramming materials in high temperature industry

In today's high-temperature industry, silicon carbide ramming materials have shown unparalleled performance and have gradually become the material of choice in electric power, metallurgy, chemical industry and other fields. Due to its high temperature resistance, acid and alkali resistance, and high thermal conductivity, this new type of refractory material not only greatly extends the service life of the equipment, but also achieves remarkable results in energy conservation and environmental protection.

technical analysis

Silicon carbide ramming materials have extremely high thermal conductivity and can remain stable at extreme temperatures. The specific thermal conductivity value is usually above 120W/m·K. In addition, it has excellent chemical resistance and can maintain structural stability in strong acid and alkali environments.

Industry application examples

For example, in the metallurgical industry, silicon carbide ramming materials are widely used as lining materials for blast furnaces and converters. According to statistics, the service life has been increased by more than 30%. In the power industry, the use of this material in power generation boilers can significantly improve thermal efficiency.

Customer case

After a large steel company introduced silicon carbide ramming materials, the maintenance cost of the equipment was reduced by 15%, while the production efficiency increased by about 10%. These practical cases fully demonstrate the huge potential of silicon carbide ramming materials in high-temperature industries.

Summarize

Taken together, silicon carbide ramming material, as a new type of energy-saving and environmentally friendly refractory material, is bringing revolutionary changes to the high-temperature industry with its excellent properties such as high temperature resistance, acid and alkali resistance, and high thermal conductivity, especially It is of great significance in extending equipment life and improving production efficiency.