Huatao Group-Vibrating Screen Technology Solution and Service for Quarry & Mining Industry Since 2008.
Ceramic Pulley Lagging for Conveyor Drive Pulleys
Product Information
Ceramic Pulley Lagging is designed to improve traction between conveyor belts and pulleys while providing strong protection against abrasive wear. The system combines high-alumina ceramic tiles with a resilient rubber backing. For drive pulleys, raised or dimpled ceramic patterns provide additional mechanical grip and help reduce belt slippage during high-torque starting and continuous heavy-load conveying. Rubber grooves also help move water and contamination away from the contact surface. This makes ceramic lagging suitable for mining, aggregate, cement, coal handling, ports and mineral processing conveyors operating under demanding conditions.
1. Effective material containment – Keeps bulk material on the receiving belt and reduces side spillage.
2. Dust and fines control – Closes the gap between skirtboard and belt to help contain fugitive dust.
3. Wear-resistant options – Natural rubber, SBR and polyurethane can be selected for different operating conditions.
4. Easy maintenance – Clamp or external mounting arrangements simplify inspection, adjustment and replacement.
5. Customized conveyor fit – Skirtboard length, seal profile, thickness and mounting can match the conveyor layout.
6. Reduced cleanup – Better containment helps reduce material accumulation around the conveyor.
Modern skirtboard systems are commonly designed around the transfer point as a complete containment system, with proper belt support and sealing geometry being important to reduce dust and spillage.
Technical Specifications
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