Ceramic Tiles For Pulley Lagging

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 tiles for pulley lagging.

Ceramic material is suitable for pulley lagging due to its specific properties of extremely high wear resistance provided by aluminium oxide al2o3. Combi lagg and combi grip lagging uses richwood r2000ls premium rubber compound and ceramic tiles with raised nubs to provide maximum grip preventing belt slippage. High density ceramic tiles with studs create a rough surface for maximum traction. Ceramic can be fragile and prone to cracking.

Ceramic tiles increase coefficient of friction between the belt and drive pulley in wet or variable conditions. Allows for water dissipation and surface flexing of the pulley face. Ceramic lagging luff industries has partnered with richwood molded rubber products to provide top of the line ceramic lagging on luff drum pulleys. Ceramic lagging with smooth tiles is used on non drive pulleys to increase wear resistance service life.

The rubber backing is bonded to the pulley shell. Applications typical conditions suited to the use of ceragrip ceramic lagging include wet and dirty conditions where belt slippage is a problem or high tension applications where the wear life of plain rubber lagging is limited. Our unique arrowhead ceramic is designed for the highest drive factors unlike the conventional square tiles. Ceramic pulley lagging types of ceramic tiles when conventional rubber lagging fails to correct belt slippage and wears prematurely jimway s ceramic pulley lagging provides a cost effective solution that ensures optimum traction of drive pulleys under wet and slippery conditions.

Ceramic pulley lagging provides the solution when conventional rubber lagging fails to correct a belt slippage problem and or when rubber lagging wears prematurely. Molded ceramic buttons grip the belt s underside for positive traction. Arrowhead ceramic conveyor pulley lagging corrects belt slippage and premature wear. Ceramic lagging can be applied to the pulley shell as a rubber backed ceramic strip or sheet.

Our unique arrowhead ceramic is designed for the highest drive factors unlike the conventional square tiles. For years richwood has been developing the most innovative and durable pulley lagging products in the industry. Arrowhead ceramic pulley lagging provides the solution when conventional rubber lagging fails to correct belt slippage and wears prematurely. Studs with rounded edges.

Constructed from individual ceramic tiles molded into a high durometer rubber for excellent abrasion resistance. The ceramic tiles provide optimum grip on pulleys subject to high stress. The other method is to directly bond the ceramic tiles to the pulley shell. Bond between steel ceramics is much stronger than between rubber ceramics.

The technological advances behind our combi lagg ceramic lagging are the result of extensive experience in solving the mining world s most demanding lagging applications. Drive non drive rubber lagging corrects belt slipping and premature wear.