Classification of copper network products:
Brass mesh
Material: brass wire
Features: non-magnetic, wear-resistant, good ductility.
Specification: 6 meshes/inch - 160 meshes/inch Width: 0.6 - 1.5m
Weaving: plain, twill.
Use: screen various particles, powders, porcelain clay Glass Porcelain printing, filtering liquid and gas.
Phosphor copper mesh
Alias: tin bronze net
Material: phosphor copper wire (tin bronze wire)
Features: non-magnetic, wear-resistant, good ductility.
Specification: 6 meshes/inch - 350 meshes/inch Width: 0.6 - 1.5m
Weaving: plain, twill.
Copper net
Alias Exhibition Network
Material: copper wire
Features: non-magnetic, wear-resistant, sound insulation, filtered electron beam
Specification: 4 meshes/inch - 60 meshes. Inch width: 0.76-1.2m
Weaving: plain, twill.
Use: screen various particles, powders, porcelain clay, glass wall Sound insulation, electronic display.
Copper wire mesh
Material: red copper/red copper phosphor copper brass
Specification: 3-38 mesh/inch, width: 0.914m 0.1m
Red copper network -- also called shielding network
Raw material: red copper wire (99.999% pure copper)
Features: copper wire mesh has good conductivity, heat transfer performance, non-magnetic, corrosion resistance, and wear resistance.
Number of mesh: 5 - 200 mesh plain, 250 mesh twill.
Purpose: filtering electron beam, electronic display screen, shielding electromagnetic wave signal.
Copper net The technical requirements are as follows:
(1) The copper wire used as weft shall have the necessary process conditions. The shape and performance of the copper wire shall not be changed, let alone damaged
(2) In order to improve the production efficiency of the loom and reduce the downtime, a larger weft winding ratio should be made on the weft tube
(3) In order to ensure the quality of copper braiding, it is required that the weft yarn can be easily unwound from the weft tube, and it is also required that the weft will not be automatically unwound under impact conditions when picking
It is required that the tension of weft thread wound on each part of the weft tube is uniform throughout the unwinding process.
