Pulley lagging is a technology used to enhance the surface performance of conveyor belt pulleys. By applying wear-resistant rubber or ceramic materials to the surface of the pulleys, it significantly improves the friction, wear resistance, and impact resistance of the pulleys. pulley lagging effectively prevents conveyor belt slippage, reduces wear, extends the service life of the pulleys, and simultaneously lowers operational noise and maintenance costs. Depending on application requirements, lagging materials can be categorized into standard rubber, wear-resistant rubber, ceramic lagging, etc., and are suitable for industrial environments with high wear and high load, such as mines, ports, cement plants, and logistics.
- Anti-slip and wear protection for conveyor belt drive pulleys and idler pulleys
- Conveyor systems in high humidity and high wear environments
- Conveying equipment that requires noise reduction and improved operational efficiency
- pulley protection in heavy material conveying systems.
