Stainless Steel Wire Mesh

Stainless Steel Wire Mesh 304 316 Woven Mesh Roll & Sheet
Yuda supplies premium stainless steel wire mesh made of 304, 316 and related
grades. Mesh count covers 1 to 635 mesh, wire diameter ranges 0.0203mm to
2.03mm. Standard roll widths reach 0.914m to 1.5m with 30m regular length.
Plain, twill and dutch weaving styles are optional. Boasting outstanding anti-
corrosion strength, our mesh is widely used in liquid filtration, powder
sieving, food processing, chemical industry and safety protection fields.
Stainless steel wire mesh is woven from 304, 304L, 316 and 316L stainless steel
wire. It adopts plain, twill and dutch weaving structures, serving diverse
industrial scenarios including material screening, liquid filtration,
ventilation isolation and mechanical protection.

Applicable to food processing, chemical engineering, oil filtration and
laboratory equipment. We supply finished goods in rolls, sheets, discs and
custom cut sizes to match different installation and usage demands.

Specifications
Material: 304, 304L, 316, 316L, 302 stainless steel. 304 for general use; 316
series delivers superior corrosion resistance against chloride and harsh medium

Mesh Count: 1 mesh to 635 mesh per square inch

Wire Diameter: 0.0203mm – 2.03mm, varies with mesh density

Aperture: 0.0203mm – 23.37mm

Open Area: 25% – 84.6% based on mesh specification

Weave Type: Plain weave for regular square mesh; twill weave for fine mesh;
dutch weave dedicated to precision filtration

Roll Width: 0.914m, 1.0m, 1.22m, 1.5m, customized slitting available

Roll Length: Standard 30m, short roll and cut sheet acceptable

Surface Treatment: Original metallic finish, degreasing and polishing optional

Edge Style: Cut edge, finished selvage edge, slit edge; fine mesh needs edge
protection

Custom Processing: Cutting, slitting, punching, welding, pleating and filter
element fabrication

Packing: Moisture-proof wrapping, carton, wooden case and export pallet
packaging

Usage Tip: For mesh finer than 63 microns, confirm actual aperture size rather
than only mesh count

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