Anti-clogging Wear-resistant Self-cleaning Wire Mesh with Stainless Steel Wire Mesh + PU Strip for Vibrating Equipment

Engineered to tackle the challenges of sticky, wet, or oddly shaped materials, our self-cleaning screen features crimped wire or polyurethane bands that vibrate autonomously, driven by both machine vibrations and material weight. This dual-action mechanism dislodges trapped particles effectively, eliminating costly downtime from blinding (fine particles lodging in openings) and pegging (larger particles wedging between wires). The molded rubber strips provide a stable base for high-strength wires, ensuring each component works in harmony to maintain clear apertures and consistent screening accuracy.

• Engineered for wet screening with excellent wet resistance and anti-clogging properties
• Perfect for water-based processes like ore washing and coal separation
• Large filtering area and high load capacity boost output
• Vibration-absorbing design reduces noise levels
• Customizable openings allow precise particle control
• Stainless steel with polyurethane construction ensures longevity in corrosive conditions

HUATAO's engineering team customizes Self-cleaning Wire Mesh 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.

Wooden box package.

Our self-cleaning screen introduces a revolutionary design with molded rubber strips securely fastening high-strength wires, creating a robust framework that combines flexibility and durability. Unlike traditional woven wire screens, this structure enhances screening efficiency by minimizing wire displacement during operation, ensuring consistent performance even under heavy loads. The strategic placement of rubber strips not only stabilizes the wires but also amplifies vibrational energy transfer, enabling independent wire movements that combat blinding and pegging.

• High efficiency and long service life deliver exceptional cost-effectiveness
• Reduced maintenance and replacement needs lower operational expenses
• Wash-free, non-plugging holes and self-cleaning function eliminate labor-intensive cleaning
• Corrosion-resistant materials ensure performance in harsh chemical or wet environments
• Customizable sizes and hook types for seamless integration with existing equipment