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Ceramic Pulley Lagging
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Ceramic Pulley Lagging is a heavy-duty solution for conveyors handling abrasive materials. It helps improve drive traction, reduce belt slippage and extend lagging service life in demanding applications.
With customized thickness, width, ceramic grade, rubber compound and tile pattern, Ceramic Pulley Lagging can be matched to pulley diameter, belt width, belt tension and operating conditions.
Ceramic Pulley Lagging can be supplied for cold bonding, direct bonding, hot vulcanization or selected replaceable systems, providing flexible installation options for different conveyor maintenance requirements.
Made with high-purity alumina ceramic, Ceramic Pulley Lagging offers approximately Mohs 9 hardness and excellent abrasion resistance for mining, aggregate, cement, coal and mineral processing conveyors.
Ceramic Pulley Lagging is available with dimpled, studded or smooth ceramic tile patterns. Raised patterns are recommended for drive pulleys requiring improved belt grip and reduced slippage.
For wet, muddy and abrasive conveyor environments, Ceramic Pulley Lagging provides enhanced traction through raised ceramic patterns and rubber grooves while helping protect the pulley shell from severe wear.
Ceramic Pulley Lagging is suitable for drive, head, bend, snub and other conveyor pulleys. Its ceramic-rubber composite construction balances high hardness, wear resistance, flexibility and bonding strength.
Designed for demanding conveyor applications, Ceramic Pulley Lagging uses 92% or 95% alumina ceramic with resilient rubber backing for high abrasion resistance, traction and long-term operating performance.
Ceramic Pulley Lagging provides high wear resistance and reliable belt grip for heavy-duty conveyor systems. Dimpled ceramic tiles help reduce belt slippage on drive pulleys, especially in wet or contaminated conditions.
Ceramic Pulley Lagging combines high-alumina ceramic tiles with an abrasion-resistant rubber backing to improve conveyor belt traction and protect pulley surfaces in demanding mining and bulk material handling applications.