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Copper Knitted Flat Wire Mesh
| Payment Terms: | L/C or T/T |
|---|---|
| Place of Origin: | Hebei |
Company Profile
| Location: | Hengshui, Hebei, China (Mainland) |
|---|---|
| Business Type: | Manufacturer |
| Main Products: | Wire Mesh Demisters, Knitted Wire Meshes, Wire Mesh Container, Slope Stabilizing, Slope Protections |
Product Detail
| Means of Transport: | By sea |
|---|---|
| Application: | Others |
| Type: | Woven |
| Brand Name: | Hongqi |
| Packing: | For your required |
| Delivery Date: | 10 days |
Product Description
Copper Knitted Wire Mesh :
Anping Hongqi Metal Wire Mesh Products Company comes with the purpose of making first-class knitted wire meshes. Over years, our knitted mesh is widely used as air filters, breathers and separators made for cars, trucks and farm equipment.
Anping Hongqi Metal Wire Mesh Products Company comes with the purpose of making first-class knitted wire meshes. Over years, our knitted mesh is widely used as air filters, breathers and separators made for cars, trucks and farm equipment.
We produced a wide variety of products for industrial use including copper knitted wire mesh filters for cleaning and filtration.
Materials of Copper Knitted Wire Mesh :
Copper and tinned copper materials are available for this type
Materials of Copper Knitted Wire Mesh :
Copper and tinned copper materials are available for this type
Advantages of Copper Knitted Wire Mesh :
Knitted wire mesh's biggest advantage is its unique construction. Knitting produces an interlocking-loop pattern. In this configuration, each loop is an integral part of its neighbors with each supporting the other. When a mesh or mesh element is compressed, stretched or bent, and provided that exertion is not past the material's yield point, this integrity allows the element to spring back to its original form.
Knitted wire mesh's biggest advantage is its unique construction. Knitting produces an interlocking-loop pattern. In this configuration, each loop is an integral part of its neighbors with each supporting the other. When a mesh or mesh element is compressed, stretched or bent, and provided that exertion is not past the material's yield point, this integrity allows the element to spring back to its original form.
