Stainless Steel Wire Mesh ​Plain Dutch Weave

Stainless Steel Wire Mesh Plain Dutch Weave is a common metal mesh weaving method, especially used for stainless steel mesh. Its weaving method is tighter than the regular plain weave, making it suitable for applications that require high filtration precision and durability. Below are the steps for weaving Plain Dutch Weave:

1. Arrangement of Warp and Weft Wires

• Stainless Steel Wire Mesh Plain Dutch Weave, the warp wires (thinner wires) and weft wires (thicker wires) alternate, with the weft wires being thicker than the warp wires.

• The size of the weft wires determines the width of the mesh openings, while the size of the warp wires affects the fineness of the mesh.

2. Weaving Process

• Step 1: Arrange the weft wires at the specified distance, leaving larger gaps between each weft wire.

• Step 2: Pass the thinner warp wire under one weft wire and over the next. The warp wires alternate in and out between the weft wires, forming an interwoven structure.

• Step 3: Repeat the above steps, continuing to alternate the warp wires between the weft wires to form a tighter mesh.

• Step 4: Adjust the tension of each wire to ensure the woven mesh is uniform.

3. Final Structure

• The woven mesh will have a flat surface, with the warp wires (thinner wires) and weft wires (thicker wires) tightly interwoven. The mesh structure will display a “Dutch weave” pattern, with the warp wires passing through the gaps of the weft wires.

• This weaving method provides higher porosity and filtration precision, making it suitable for high-precision filtration systems or liquid/gas filtration.