Pulley laggings minimize wear on conveyor belt pulleys and help to meet our clients’ ever increasing requirements. Optimized frictional coefficients reduced belt tension and eliminate undesired pulley bearing failure. The laggings and the minimized belt slip they achieve leads to a reduction in wear and tear on the contact surface, and to improved force transmission.

Comparison table for co-efficient of Friction:

Pulley laggings minimize wear on conveyor belt pulleys and help to meet our clients’ ever increasing requirements. Optimized frictional coefficients reduced belt tension and eliminate undesired pulley bearing failure. The laggings and the minimized belt slip they achieve leads to a reduction in wear and tear on the contact surface, and to improved force transmission.

1. RUBBER LAGGING SHEET

2. CERAMIC LAGGING SHEET

Our pulley laggings with ceramic modules display, compared to viscoelastic materials (elastomers), outstanding and proven wear behaviour. They are marked by significantly increased abrasion resistance while providing the highest friction forces to the friction partner.