Ceramic pulley lagging is designed for high-friction, anti-slip, and wear-resistant requirements, featuring an embedded ceramic tile and excellent rubber compound. It is ideal for demanding conditions such as wet, muddy, and high-load environments. With thousands of raised ceramic tiles on the surface, it provides exceptional traction, effectively preventing belt slippage while significantly extending the lifespan of both the pulley and conveyor belt
Description
Ceramic Pulley Lagging is a premium lagging in which ceramic tiles are molded into a rubber compound. This provides excellent traction, eliminates slippage, and offers exceptional abrasion resistance. Ceramic Pulley Lagging is especially suited for pulleys with slippage and excessive wear and tear problems, making regular rubber pulley lagging ineffective. It is widely used in drive pulleys and can also be used on snub, bend, and tail pulleys.
Technical Parameter:
Al2O3 Content ≥95%
Adhesion between ceramic tile and rubber > 10 kgf/mm2
Adhesion between ceramic lagging and the surface of metal> 12 kgf/mm2
Tear strength> 13kgf/mm2
Elongation at break.> 300%
Permanent deformation at break<30%
Surface Friction Coefficient: 0.75-0.84
Polymer: BR/NR / SBR
Ceramic Tile Working Temperature:-40℃ ~ +80℃
Shore a (hardness ):62+-5
Advantages
Superior Friction: The surface is embedded with ceramic tiles, forming dense grip points under conveyor belt pressure. The friction coefficient is 2-4 times higher than standard rubber, eliminating slippage issues.
High Wear Resistance: With 95% ceramic tile, its hardness matches the conveyor belt, offering a wear life exceeding 8 years, reducing replacement frequency.
Self-Cleaning Design: Unique groove structure automatically expels sludge and dust, keeping the pulley surface clean, especially suitable for wet and sticky material transport.
Impact Resistance: High-quality rubber base cushions belt impact, minimizing pulley and conveyor belt damage.
Quick Installation: With a CN bonding layer, it requires no roller grinding. Apply the bond on-site, saving time and effort.
Applications
Harsh Conditions: Wet, muddy, high-dust environments
Industries: Coal washing plants, cement plants, metallurgy, mining, ports, etc
Drum Types: Drive drums, tail drums, tension Drums
