WIRE MESH FILTER

Engineered wire mesh filters delivering optimised flow and dirt-holding for OEMs.

CAP FILTER | DISC FILTER | FILTER CARTRIDGE | SPECIAL DESIGN | TUBE FILTER

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Wire Mesh Filters Overview

Wire mesh filters are precision-woven filtration components made from stainless steel or other metal wires. Their robust yet flexible structure allows for accurate filtration across various flow conditions, while maintaining strength, corrosion resistance, and reusability. Multi-layer designs enhance depth filtration and flow consistency.

Precise mesh openings for consistent filtration
High tensile strength and pressure resistance
Corrosion and temperature resistance
Washable and reusable structure
Available in single or multi-layer configurations

Typical Applications:

Hydraulic and fuel filtration systems
Air and gas filtration in compressors
Chemical and solvent filtration
Food and beverage processing equipment
Protective screening in instrumentation

Customization: We offer customized wire diameters, mesh counts (5–500 mesh), shapes (discs, cones, tubes), and material options (SS304, SS316L, etc) to match your application demands.

A wire mesh filter is made from woven metal wires that form precise openings to trap particles while allowing fluid or gas to pass through. It is commonly used for surface or depth filtration in industrial processes.

Wire mesh filters capture particles on the surface or within multiple mesh layers. Their open structure allows for high flow rates with minimal pressure drop, making them suitable for applications requiring durability and quick cleaning.

Common materials include stainless steel (304, 316L), brass, Monel, Inconel, and Hastelloy, depending on the specific chemical resistance, temperature, and mechanical requirements.

Yes, wire mesh filters are designed for repeated use. They can be cleaned by backflushing, ultrasonic baths, or solvent rinsing, depending on the nature of contaminants.

Absolutely. Wire mesh filters, especially those with reinforced multi-layer designs or sintered bonding, perform well under high pressure and high flow environments in both gas and liquid systems.

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