Stainless Steel Wire Mesh

Features:

Precise structure with uniform mesh openings

Excellent filtration accuracy

Wear-resistant and high-temperature resistant

Strong acid resistance and corrosion resistance

Applications:

1. Screening and filtration in acidic and alkaline environments.

2. Used in the petroleum industry as mud screens, in the chemical fiber industry as filtering screens, and in the electroplating industry as acid-washing screens.

3. Utilized in the industrial and construction sectors for screening sand particles and filtering liquids and gases.

Weaving Type:

① Plain Weave (PW)

Plain weave involves each warp wire crossing over and under each weft wire, with the warp and weft being of equal thickness. The warp and weft wires intersect at 90 degrees.

② Twill Weave (TW)

Twill weave has each warp wire crossing over two weft wires and each weft wire crossing over two warp wires. This creates a diagonal pattern in the weave.

③ Dutch Weave (DW)

Dutch weave, also known as mesh cloth, features different wire diameters for warp and weft, resulting in varying mesh counts. It is characterized by sparse warp wires and dense weft wires, with the warp running in the length direction and the weft in the width direction. Dutch weave can be further categorized into plain Dutch weave and twill Dutch weave.

④ Twill Dutch Weave

In this variation, each warp wire crosses over two weft wires, and each weft wire crosses over two warp wires, creating a diagonal structure.

⑤ Double Wire Dutch Weave

This weaving technique is similar to twill Dutch weave but uses two weft wires that closely align with the warp wires. This type of mesh is primarily used for micron-level filtration.

⑥ Five-Harness Weave

In this weave, both warp and weft wires are made from multiple strands rather than single wires. This construction builds upon the twill weave to create a sturdier stainless steel mesh.