Abrasion Resistance Drum Rubber Pulley Lagging With Alumina Ceramic Blocks

Product Description

The surface of the rubber pulley lagging is embedded with alumina ceramic blocks. The rubber grooves between the ceramic blocks ensure drainage and mud discharge during operation and can provide a strong grip between the driving roller and the conveyor belt. Even in various harsh working conditions, such as muddy, wet, and high-wear environments, the lagging can solve the problem.

The adhesive surface of the rubber pulley lagging has a semi-vulcanized CN layer, which can form a bonding reaction with the cold vulcanized adhesive to achieve a strong adhesion between the rubber plate and the surface of the roller.

Product advantages

1. The high wear resistance of ceramics and the arrangement and combination of ceramics and rubber use the belt-driven roller to increase the friction coefficient of the roller, improve the belt traction, and prevent the belt from slipping.

2. The wear resistance of ceramics makes the service life of the driving drum more than ten times that of the rubber drum.

3. Under the same load, the belt's tension can be reduced and the service life of the belt can be prolonged.

4. The Rubber Pulley Lagging suits harsh conditions such as high wear, easy slippage, wet materials, etc.

5. Easy to install: minimize system downtime and help reduce transportation material costs.

Technical parameters

Main ingredient: NR/SBR

Specific gravity: 1.13+/-0.03g/m³

Hardness: 60+/-5 Shore A

Tensile strength: 17.5N/㎜²

Elongation at break: 450%

Dimension specification of ceramic rubber plate