Polyurethane Coated Steel Wire Rope Tufflex Screen with 10mm x 10mm Square Aperture for High Wear Resistance in Quarry Screening

This reinforced filtration component integrates a high-tensile steel cable core (2-3mm diameter) within a crosslinked polyurethane matrix, engineered for precision particle separation and dewatering processes. The composite architecture achieves 850-950 MPa tensile strength with 75±5 Shore D surface hardness, delivering 4-12x greater operational longevity than conventional metallic screening media.

Polyurethane Coated Steel Wire Rope Screen is a polyurethane mesh component used in sifting and filtering. This kind of sifting screen enjoys high strength, hardness and supporting capacity, which is more durable than traditional metal screen mesh and the life-span is 3-10 times as traditional metal screen mesh.

Polyurethane Coated Steel Wire Rope Screen is widely used for sifting, filtering, drying, etc, have light weight, good elasticity, easy to install, can reduce the noise, absorb impact, improve working conditions and so on.

• Made of steel wire inside and polyurethane outside, providing high tensile strength and outstanding wear resistance
• Steel core wires are welded into square or rectangular meshes
• Smooth surface with self-cleaning performance to avoid pegging or blinding
• Available in various colors (red, orange, green, yellow, black) for aesthetic appeal and equipment matching
• Flexible and soft compared to modular polyurethane screen mesh
• Features tensioned hooks (metal or polyurethane) for easy fastening to vibrating screens

HUATAO's engineering team customizes dewatering screens for specific material characteristics, with ISO 14001-certified production. Standard configurations ship in 25 days, with expedited options available. Our quality control exceeds industry standards, ensuring reliable performance in your processing plant.

Screens are packed in moisture-proof, shock-absorbent materials and labeled for traceability. Custom sizes and OEM branding are accommodated seamlessly.