China Copper Woven Wire Cloth Manufacturer

 Copper woven wire cloth can be dived into three types according to the component of the copper. They are red copper woven wire cloth, phosphor bronze woven wire cloth and brass woven wire cloth. Each type has their characteristics and application.

Red copper woven wire cloth

Red copper woven wire cloth is also called shielding net. The chemical component is 99.8% copper.

The feature of the red copper is non-magnetic. So it can be used as the shielding net. The aperture size of the red copper woven wire cloth is 5 mesh to 280 mesh.

Specification

• Material: red copper wire.
• Aperture size: 5 mesh to 280 mesh. For the electronic display is 10 - 60 mesh.
• Cloth width: 0.914m, 1m, 1.5m.
• Cloth length: commonly is 30m.
• Weaving method: plain weave.

Features 
Non- magnetic, wear resistance and good sound insulation.

Application

• It can be used as the shielding screen in the cable circuits, laboratories, computer rooms.
• The red copper woven wire cloth can be used as the RFI and EMI shielding net in the electronic devices, power sector, aerospace, information industry, military installations.
• The red copper woven wire cloth can be used in the building walls to insulation noise.
• The red copper woven wire cloth can be used in the electronic display to filtering the electron beam.

Phosphor bronze woven wire cloth

The chemical component of the phosphor bronze woven wire cloth is 85 - 90% copper and 10 - 15% tin.

Phosphor bronze has good ductility, wear resistance and acid and alkali resistance. The aperture size of the phosphor bronze woven wire cloth is commonly 8 mesh to 400 mesh.

Brass woven wire cloth

Brass woven wire cloth is also called papermaking cloth. It is made of 65% copper and 35% zinc.

Papermaking cloth is made of phosphor bronze wire in the wrap, which has outstanding tension stress, bending force, wear resistance and expansion force and brass wire in the weft, which has proper tension stress and extensibility.

Mesh refers to the wire quantity per inch. The fewer mesh, the bigger aperture size and better water permeability.