Why do steel mills often choose wear-resistant ceramic composite linings?

The blast furnace system in steel mills often experiences wear and impact. To address this issue, materials that are both wear-resistant and shock-resistant are required. Ceramic rubber composite linings are the perfect solution for this problem.

Ceramic rubber composite backing plates offer high wear resistance and impact resistance. Made by heat curing ceramic and rubber together to form an integrated wear-resistant layer, they combine the high hardness and wear resistance of alumina ceramic with the toughness of rubber, creating a buffering material with excellent wear resistance. This material effectively cushions the impact force from falling materials from high altitudes, making it a product with superior anti-wear and impact resistance properties.

This composite backing does not stick or clog materials, and the wear-resistant ceramic offers corrosion resistance, making it suitable for environments with corrosive materials.

And the ceramic rubber composite board can be cut into various shapes, making it convenient for construction and installation on various irregular equipment.