Wedge Wire Screens

Precision Filtration. Superior Flow. Lasting Performance.

Designed for demanding industrial filtration and separation applications, our Wedge Wire Screens deliver exceptional strength, precise slot openings, and outstanding hydraulic efficiency. Manufactured using advanced resistance welding technology, these screens provide reliable performance, high open area, and superior resistance to clogging and wear.

Engineered for maximum throughput and extended service life, Wedge Wire Screens ensure efficient solid-liquid separation while maintaining consistent flow characteristics even under challenging operating conditions.

Key Advantages

• High Open Area Design: Maximizes flow rates while minimizing pressure loss, ensuring efficient filtration performance.
• Superior Clog Resistance: Continuous slot construction reduces blinding and plugging, enabling uninterrupted operation.
• Exceptional Mechanical Strength: Robust welded construction withstands high pressures, heavy loads, and demanding industrial environments.
• Accurate & Consistent Filtration: Precision slot openings provide reliable particle retention and superior separation efficiency.
• Corrosion & Wear Resistant: Available in Stainless Steel 304, 316, 316L, Duplex, and specialty alloys for extended durability.
• Custom Engineered Solutions: Manufactured in various diameters, slot sizes, profiles, and configurations to meet specific process requirements.

Applications

• Water & Wastewater Treatment
• Industrial Filtration Systems
• Resin & Media Retention
• Food & Beverage Processing
• Chemical & Petrochemical Plants
• Pulp & Paper Industry
• Mining & Mineral Processing
• Well Screens & Groundwater Extraction
• Sugar, Starch & Process Industries

Why Choose Our Wedge Wire Screens?

Our precision-engineered Wedge Wire Screens combine high filtration efficiency, excellent structural integrity, and long service life to deliver dependable performance across the most demanding industrial applications. The result is improved process efficiency, reduced maintenance requirements, and lower operating costs.