What are the commonly used materials for thermal conductive copper mesh?

　　Common materials for thermal conductive copper mesh include brass, red copper, and phosphor bronze.

　　Brass

　　Brass mesh is made from brass wire, with the main components being copper and zinc. Common specifications for brass wire include 65% copper and 35% zinc (H65 brass), as well as other varying ratios of brass wire. Brass mesh has characteristics of being non-magnetic, wear-resistant, and having good ductility, with specifications ranging from 10 mesh/inch to 100 mesh/inch, and widths from 0.6 meters to 1.5 meters, with weaving methods including plain and twill. Brass mesh is commonly used for screening various particles, powders, clay, glass, etc.

　　Red Copper

　　Red copper mesh is made from pure copper wire, with a purity typically reaching 99.8% or higher. Red copper mesh has characteristics of being non-magnetic, wear-resistant, good sound insulation, and filtering electron beams. Its specifications range from 4 mesh/inch to 60 mesh/inch, with widths from 0.76 meters to 1.2 meters, and weaving methods including plain and twill. Red copper mesh is commonly used for screening various particles, powders, clay, glass, wall sound insulation, and electronic displays, etc.

　　Phosphor Bronze

　　Phosphor bronze mesh is made from phosphor bronze wire (tin bronze wire), with the main components being copper and tin, and sometimes containing small amounts of other elements such as lead. Phosphor bronze mesh has characteristics of being non-magnetic, wear-resistant, and having good ductility. Its specifications range from 10 mesh/inch to 350 mesh/inch, with widths from 0.6 meters to 1.5 meters, and weaving methods including plain and twill. Phosphor bronze mesh is commonly used for screening various particles, powders, clay, glass, etc.

　　Application Fields

　　These thermal conductive copper mesh materials are widely used in industrial filtration, petroleum, chemical, printing, and other fields, as well as in electronic/electromagnetic/signal shielding.