Polyurethane Screen vs. Steel Screen: Which Performs Better in Abrasive Applications?

HUATAO PP Filter Press Cloth is engineered for efficient solid-liquid separation in mining, tailings, chemical processing and sludge dewatering. Available in monofilament, multifilament and customized woven structures, it provides reliable particle retention, chemical resistance, easy cake release and long-term filtration performance. Custom dimensions, feed holes, necks, edge sealing and fixing systems are available for chamber and membrane filter presses.

HUATAO Rubber Filter Belts are engineered for horizontal vacuum belt filters used in mining, metallurgy, chemical processing and FGD applications. Customized drainage grooves, holes, reinforced carcass and rubber compounds provide efficient filtrate drainage, reliable vacuum sealing and long-term operation under abrasive and corrosive slurry conditions.

Ceramic Pulley Lagging combines high-hardness alumina ceramic with resilient rubber to provide superior traction, abrasion resistance and reliable conveyor performance in demanding mining and bulk material handling applications.

HUATAO Vibrating Sluice Box is a gravity separation solution designed for placer gold mining, alluvial gold recovery and fine gold concentration. It combines the basic recovery principle of a conventional gold sluice with controlled mechanical vibration or pulsating movement to keep the material bed active during processing.

Our Small Gold Wash Plant is designed for small-scale gold miners, prospectors and contractors processing alluvial and placer gold deposits. The compact system integrates material feeding, washing, screening and gold recovery into a practical processing solution.

Our Centrifugal Gold Concentrator is a high-efficiency gravity separation machine designed to recover free gold and other high-density valuable minerals from mineral slurries. By combining a high-speed rotating bowl with centrifugal force and controlled fluidization water, the machine significantly strengthens the density-based separation process compared with conventional gravity equipment.