Material:
Alumina Ceramics, Rubber+Ceramic+Steel
Process:
Special Ceramic Plate
Type:
Wear Resistant Ceramic
Item:
Rubber Ceramic Wear Liner Backed with Steel Plate
Ceramic:
92%Alumina, 95%Alumina
Composition:
Ceramic /Rubber, Ceramic/Rubber/Steel Plate
Application Field:
Coal Feeding System, Milling System, Power Plant
Advantage:
High Purity/Hardness, Abrasion-Resistant, Low Abrasion Loss
Available Size:
300*300*32, 300*300*37, 300*300*63
Ceramic Shape:
Ceramic Cylinder, Ceramic Hexagon, Alumina Tile
Production Capacity:
4500ton/Year
Ceramic molded rubber plate / Ceramic plate vulcanized in rubber panel / Ceramic rubber composite
Abrasion resistant ceramic wear plate is designed for tougher applications with large material flow which contain some coarser material. This kind of wear plate, by embedding the ceramic tiles in rubber the properties of the two material can be fully utilized, the ceramic tile's extreme hardness in combination with the dampening elasticity of the rubber provide an unsurpassed wear life. The alumina lining piece vulcanized make it possible to cut the wear plate. Which makes the installation of these wear plates simple and quick. Size for medium duty including: 500*500 mm, 250*250 mm, thickness range from 20mm to 30 mm.
❓ Frequently Asked Questions
1. What is a rubber ceramic wear liner?
It is a composite wear-resistant material created by vulcanizing high-alumina ceramic tiles into a resilient rubber base, often backed with a steel plate for easy installation.
2. What are the main advantages of using these liners?
They combine the extreme hardness and abrasion resistance of ceramics with the impact-absorbing properties of rubber, significantly extending the service life of equipment.
3. Can these wear plates be customized?
Yes, they are available in various sizes (e.g., 300x300mm, 500x500mm) and thicknesses. The ceramic shapes can also vary from cylinders to hexagonal tiles based on application needs.
4. Where are these liners typically applied?
They are ideal for high-impact and high-abrasion areas such as discharge chutes, hoppers, silos, and conveyor transfer points in mining and power plants.
5. How is the adhesion between rubber and ceramic?
The bonding strength is excellent, with a rubber and ceramic adhesion index of over 3.0 Mpa, ensuring the tiles remain secure even under heavy impact.
6. What is the expected lifespan of the rubber component?
The high-quality rubber used in these composites is designed for longevity, with an aging life of more than 15 years under normal conditions.
Xingli Industrial Ceramics
