Ceramic Lagged Pulleys: Unmatched Grip for the Most Demanding Conveyor Applications

Ceramic Lagged Pulley features a rugged surface of vulcanized rubber embedded with high-alumina ceramic tiles or hexagons. This combination creates an exceptionally high coefficient of friction—often 2-3 times greater than standard rubber lagging—making it the ultimate solution for preventing belt slippage in high-tension, steep-incline, and long-distance conveyor systems. The ceramic tiles provide unparalleled resistance to cutting, gouging, and abrasive wear.

Core Advantages:

Extreme Traction: Highest available coefficient of friction (µ>0.8) for zero-slippage performance.

Superior Abrasion Resistance: Ceramic tiles withstand severe wear from sharp, abrasive materials.

Long Service Life: Outlasts rubber lagging 5-10 times in high-wear applications.

Low Maintenance: Virtually immune to cutting and gouging damage.

Reliable in All Conditions: Performs consistently in wet, dry, and muddy environments.

Ideal for main drive pulleys on overland conveyors, incline/decline systems, pipe conveyors, and handling highly abrasive materials like taconite, iron ore, and crushed aggregate.