Ceramic rubber composite liners, as high-performance composite materials, integrate the high hardness and wear resistance of ceramics, the flexibility and shock absorption of rubber, and the easy installation of steel plates. These liners demonstrate significant advantages in various industrial applications.

1. Superior Wear Resistance

Ceramic rubber composite liners combine the high hardness and wear resistance of ceramic materials with the elasticity and toughness of rubber. The ceramic surface layer utilizes high-hardness, ultra-wear-resistant alumina ceramic material, with a hardness exceeding HRA85, offering 271.5 times the wear resistance of manganese steel. This effectively mitigates material abrasion and substantially extends equipment service life. In industries such as steel manufacturing and mining, where heavy wear is prevalent, ceramic rubber composite liners excel as an ideal solution for protecting equipment.

2. Outstanding Impact Resistance

The rubber substrate provides excellent flexibility and vibration damping, enabling effective absorption and dispersion of impact forces. When equipment is subjected to large material impacts, the rubber layer acts as a buffer, preventing direct impact-induced fractures in the ceramic layer. This superior impact resistance makes ceramic rubber composite liners highly advantageous in high-impact environments like hoppers and chutes.

3. Excellent Corrosion Resistance

The inherent corrosion resistance of ceramic materials ensures robust protection against chemical erosion. Consequently, ceramic rubber composite liners perform exceptionally well in industries such as petrochemicals and power generation, safeguarding equipment from corrosive damage.