Polywedge Screen Panels
Polywedge Screen Panels combine precision wedge wire technology with heavy-duty polyurethane framing to deliver superior drainage efficiency, wear resistance, and modular installation for demanding mineral processing applications.
Mining Screening Media
Mining Screening Media are essential wear components used in vibrating screens for mineral processing and aggregate industries. Available in woven wire mesh, rubber, polyurethane, and wedge wire designs, they provide efficient material separation, improve screening accuracy, and extend equipment service life. Engineered for abrasive, wet, and difficult-to-screen materials, mining screen media help maximize throughput while minimizing downtime and maintenance costs.
Rotex Grommet Screen
Rotex Compatible Grommet Screens provide leak-free, high-efficiency screening solutions for gyratory separators with customizable mesh materials, reinforced borders, and OEM replacement compatibility.
Poly Ripple Screen
Polyurethane Strip Self-Cleaning Screen is an advanced anti-clogging screening solution designed for difficult-to-screen materials. By combining high-tensile spring steel wires with durable polyurethane connecting strips, it effectively prevents blinding and pegging while maintaining excellent screening efficiency. It is widely used in mining, quarrying, coal processing, and aggregate industries, especially for wet, sticky, and abrasive materials.
Self-cleaning Screen Mesh
Self-Cleaning Screen Mesh is an advanced anti-blinding screening solution designed for wet, sticky and difficult materials in mining and aggregate industries. Its independent wire vibration maximizes throughput while minimizing downtime and maintenance costs.
Woven Wire Mesh
Woven Wire Screen Mesh is designed for demanding screening applications in mining, quarrying, coal washing, and aggregate processing. Available in various materials, weaving styles, and hook edge designs, it delivers accurate sizing, superior wear resistance, and reliable performance in both wet and dry screening environments.