Stainless Steel Filter Wire Mesh Manufacturer

Stainless Steel Filter Wire Mesh

Anping CREMOTIVE’s stainless steel filter wire mesh combines precisely drawn wire with advanced weaving to produce media suited for depth-filtration, strainers, and cartridge filters. The wire mesh structure—featuring interlaced wires of known diameter and spacing—delivers predictable particle retention and high mechanical strength.

Wire Drawing & Alloy Control

• Wire Diameters: 0.03 mm for ultra‑fine meshes to 3.0 mm for heavy‑duty screening.

• Alloy Consistency: Melt batches certified via spectrographic analysis to ensure chromium, nickel, and molybdenum levels meet 304/316L specifications.

• Surface Finish: Bright‑drawn or electropolished, reducing friction and preventing particle adhesion.

Weave Patterns

• Plain Weave: One‑over, one‑under for balanced strength.

• Tabby (Crimped) Weave: Bead‑crimped intersections for rigidity in abrasive environments.

• Twill Weave: Diagonal pattern for flexible filters and conical elements.

Typical Mesh Specifications

• Counts: 20 × 20 to 400 × 400 wires per inch.

• Open‑Area: 25 %–60 %, depending on mesh count and wire gauge.

• Cut‑Point Accuracy: ±5 % on openings ≥ 50 µm; ±10 % on finer openings.

Applications

• Depth Filtration Cartridges: Woven wire sleeves around support cores in reverse‑flush systems.

• Strainers & Baskets: Large‑area open baskets in pumps and vessels.

• Inline Mesh Filters: Quick‑connect modules for spray‑nozzle protection and instrument safeguards.

Quality Assurance
Each wire mesh roll is sampled for:

• Aperture Measurement using optical image analysis.

• Tensile Strength tests on wire to verify mechanical performance.

• Surface Integrity checks via eddy‑current scanning for subsurface flaws.

Customization
Customers can specify mesh geometry, wire finish, edge treatments (folded hems, welded frames), and packaging (on cores, banded, protected with anti‑rust paper), ensuring the right filter wire mesh for every process need.