الوصف

Wear Resistant Rubber Ceramic Panels is new generation composite panels, a combination of wear resistant alumina ceramic cylinders/ceramic tiles vulcanized in resilient rubber base. The alumina ceramic surface provides exceptional resistance to wear, while the elastic property of the rubber effectively dampens the impact forces which can crack the ceramics. Rubber also helps to substantially reduce the vibrations, sounds, and the impact shock generated from impacting rocks. Laid out in zigzag and brick pattern, ceramic tiles/cylinders is an excellent feature for handling large material volumes at different angles without developing a wear pattern. As excellent impact and wear resistant material. The panel is suitable for feeders, chutes, bins, transfer points, in conveyor systems, screen feed plates, mill discharge chutes, bunker etc. The major applicable industries are Coal fired power plants, cement plants, blast furnace plants and host of other industries which requires high impact abrasion resistant surfaces.

Feature
· Wear resistant
· Impact resistance
· Easy installation
· Short installation time
· High hardness 
· Superior abrasion  
· Corrosion and chemical resistance 
· Light weight 
· Low maintenance cost: Super wear-resistance reduce the maintenance frequency and also the maintenance cost.
· Good fluidity : Smooth surface ensure the free flow of material without  blocking

Advantage
Wear resistant rubber ceramic liners are used to offer higher wear and impact protection.
1) Combine energy absorbing rubber and excellent abrasion resistant high alumina ceramic, suitable for high wear and impact applications.
2) Custom shape and size to meet your specific requirements, standard liners and non-standard ones are all available.
3) Complete wear and abrasion solutions
4) Manufacturer with rich experience, good bond between rubber and ceramic, ceramics stay in place until completely worn.
5) Wide range of rubber ceramic wear plates to meet your different requirements.

 Application
· Bunker
· Feed chute
· Discharge chute
· Ore storage
· Hopper
· Bin