Ceramic Lagging Conveyor Pulley

Its primary purpose is to enhance traction by increasing the coefficient of friction between the surfaces.

Ceramic lagging conveyor pulley.

Combination rubber and ceramic lagging provides increased traction shed water and dirt and help improve belt tracking. Ceramic lagging is a more expensive option than rubber lagging however ceramic lagging has a greater service life and reduces lagging wear. Rubber blends from richwood are a high wear resistant rubber providing the best in abrasion resistance and gripping strength. The lagging strips are bolted or welded to the face of the pulley and can be easily replaced in the field.

In certain applications ceramic lagging can significantly increase drive traction. Ceragrip ceramic lagging is designed to provide high levels of drive and wear resistance for conveyor pulleys that operate in medium to heavy duty applications. Ceramic rubber pulley lagging 58 ceramic tiles coverage anti slipping purpose provides the solution when conventional rubber lagging fails to correct belt slippage and wear problem. Drive pulleys are usually lagged with dimple ceramic lagging because the increased fiction and grip assists in driving the conveyor belt.

Our unique arrowhead ceramic is designed for the highest drive factors unlike the conventional square tiles. They are marked by significantly increased abrasion resistance while providing the highest friction forces to the friction partner. Arrowhead ceramic conveyor pulley lagging corrects belt slippage and premature wear. Product description the term lagging describes the variety of elastomers used to coat the contact surface of a conveyor pulley.

Conveyor ceramic lagging 15 ceramic tiles coverage economic purpose. Ceramic pulley lagging is constructed from hundreds of individual ceramic tiles molded into a durable rubber backing. Ceramic pulley lagging provides the solution when conventional rubber lagging fails to correct belt slippage and wear problem.