304 316L Stainless Steel Woven Wire Mesh for Industrial Filtration

At some stage of production, many industries need to sieve, screen or grade their raw materials or products. In support of this, there is nothing quite as superior as woven wire mesh as a filtration medium. It is a highly durable material, being both resistant to corrosion and very strong. Mesh also offers excellent open areas. Likewise, it is supplied in many specifications. We also supply stainless steel woven mesh for many other uses.

Engineered for critical industrial filtration, our Plain Woven Stainless Steel Wire Mesh utilizes high-grade 304 and 316 stainless steel. Available in 1-625 mesh configurations, these meshes deliver exceptional particle retention with micron-level precision. Ideal for sifting, screening, and filtration systems in petrochemical, pharmaceutical, and food processing industries. Each roll is manufactured under controlled conditions to ensure uniform aperture consistency.

• Standard mesh options: 20, 30, 40, 50, 100, 635 mesh (custom mesh available)
• Wire diameter range: 0.15mm (100 mesh) to 1.00mm (20 mesh) with precise aperture control

• 304/316 stainless steel for superior corrosion resistance and high-temperature stability (up to 500°C)

• Plain weave pattern ensures uniform openings and ≥98% open area ratio
• Tolerance control: Aperture deviation ≤±3% (e.g., 100 mesh aperture: 0.27mm ±0.008mm)

1. High open area/flow rate
2. Closely controlled, accurate apertures
3. Smooth surface - screening surface has no sharp edges, burrs or acute angles
4. Very high-temperature tolerance (variable according to metal selected)
5. Usable under high pressure
6. Flexible - ideal for forming rigid concave/convex shapes
7. Control of chemical/acid/corrosion resistance using different metals
8. Special aperture requirements can be met without high tooling costs
9. High durability
10. Self-supporting

Woven wire mesh is available on the roll or cut to size. We provide fine and strict packaging to ensure that the goods will not be damaged.