Bronze Fine Wire Mesh

Typically, commercial bronze wire mesh has a material chemical composition of: 90% Copper, 10% Zinc. Bronze is highly resistant to corrosion, fatigue and oxidation and has good electrical conductivity and elasticity due to the fine grain constitution. It is a proven material for strength performance and low coefficient of friction and has great durability, and is used for various filtration applications.

Bronze Fine Wire Mesh or Fine Wire cloth is a welded wire mesh panel specifically manufactured by welding thin and thick diameter wires to form a Fine Wire Netting. Plain weave is the commonly used weave in which each warp wire crosses interchangeably above and below each weft wire. Warp wires and weft wires usually have the same diameter. Fine Wire Mesh is a mesh of wires combined together having fine holes on its surface. Bronze Fine Wire mesh or wire cloth is thin woven wire mesh with a mesh from 1×1 to 500 ×500, wire diameter and can be 0.025 mm to 2.03 mm (0.001 inch to 0.08 inch).

Bronze Fine Wire netting can have an aperture from 0.0254 mm to 23.37 mm (0.001 inch to 0.92 inch) and when the wire diameter becomes thinner the aperture will be larger. Bronze Fine Wire Mesh can be used in elevated temperature applications, due to excellent functioning in higher temperatures. Bronze Fine Wire mesh is a versatile wire mesh having wide applications in industrial, commercial and decoration.

Bronze Fine Wire Mesh is available in different sizes and wide-range can be customized to fit your exact specifications in order to meet your specific application requirements.

Bronze Fine Wire Mesh is widely used for applications like filters elements, dust removing screens, chemical sieving, bolting cloth for screen printing, pharmaceutical sieving, fine sieving of powders and liquids, extruder screens for polymer melts, fuel filters of combustion engines, component trays and in suction strainers, and many more uses and find applications in wide range of industries according to mesh sizes and wire mesh materials.