copper wire mesh

Types of copper wire mesh: copper wire woven mesh, copper wire filter mesh, copper wire crimping mesh, phosphor bronze mesh, brass mesh, signal shielding mesh, copper wire screen, high mesh copper mesh, tin bronze mesh, red copper mesh, pure copper mesh, etc.;
Specifications of copper wire mesh: The highest mesh and densest mesh can be as large as 500 mesh, and the maximum mesh can be several centimeters. Common widths are 0.914 meters and 1 meter wide. Special customized widths can also be 6.4-8 meters. Uses: Widely used in industrial filtration, petroleum, chemical, printing, and other industries, and can also be used for electronic/electromagnetic/signal shielding nets.
Copper wire mesh is divided into brass, copper, copper mesh, phosphor copper, and tin bronze;
Materials: brass wire (65% copper, 35% zinc, also called H65 brass mesh. In addition, there are brasses with different copper-zinc ratios), H62, H65, H68, H80;
Copper wire mesh filtration accuracy models: GFW, GF1W, GF2W, GF3W;
Copper wire mesh production implementation standards: GB/T5330-2003, GB/T5330-1985, GB/T18850-2002, GB/T 19628.2-2005, HB1862-1993, GB/T 10611-2003, GB/T 17492-2012, QB/T 2031-1994, QB/T 1925.3-1993, GBT13307-2012, GB/T 5330.1-2000, GB/T 5330.1-2012;
copper wire (pure copper content 99.8%, up to 99.99%);
phosphor copper wire (85%-90% copper, 5%-15% tin) Qsn6.5-0.1, Qsn6.5-0.4;
tin bronze wire; Cu-05, Cu-02 copper wire, QSn4-3, QSn4.4-2.5, QSn7-O.2, ZQSn10, ZQSn5-2-5, ZQSN6-6-3, etc.;
weaving method: plain weave or twill weave. ;
Advantages: good electrical conductivity and heat transfer performance, non-magnetic, corrosion-resistant, low ductility, and wear-resistant.
Application: Widely used in industrial filtration, petroleum, chemical industry, printing, etc. Product specifications are complete. Special specifications can be customized.

Tin bronze wire mesh is also known as tin bronze mesh, tin bronze wire woven mesh, tin bronze filter mesh, tin bronze metal mesh, tin bronze square hole screen, tin bronze wire cloth, copper wire mesh, copper wire woven mesh, copper mesh;
Tin bronze wire mesh filtration accuracy model: GFW, GF1W, GF2W, GF3W;
Tin bronze wire mesh production implementation standards: GB/T5330-2003, GB/T5330-1985, GB/T18850-2002, GB/T 19628.2-2005, HB1862-1993, GB/T 10611-2003, GB/T 17492-2012, QB/T 2031-1994, QB/T 1925.3-1993, GBT13307-2012, GB/T 5330.1-2000, GB/T 5330.1-2012;
Tin bronze wire mesh material: tin bronze wire.
Tin bronze wire mesh characteristics: non-magnetic, wear-resistant, acid and alkali resistant, good ductility.
Tin bronze wire mesh specifications: 1 mesh/inch--300 mesh/inch, there are also phosphor bronze mesh crimping mesh with coarse wire and large holes, the larger the mesh number, the smaller the mesh.
Wire diameter 0.03mm-3mm. Mesh 0.07mm-4mm. Thickness 0.07mm-7mm
Tin bronze wire mesh weaving: plain, twill.
Tin bronze wire mesh use: screening various particles, powders, porcelain clay, glass, porcelain printing, filtering liquids and gases.
Tin bronze wire mesh application:
Copper is a non-ferrous metal that is closely related to humans. It is widely used in electrical, light industry, machinery manufacturing, construction industry, national defense industry and other fields. It is second only to aluminum in the consumption of non-ferrous metal materials in China.
Tin bronze is a non-ferrous metal alloy with the smallest casting shrinkage. It is used to produce castings with complex shapes, clear contours and low airtightness requirements. Tin bronze is very corrosion-resistant in the atmosphere, seawater, fresh water and steam, and is widely used in steam boilers and marine ship parts. Phosphorus-containing tin bronze has good mechanical properties and can be used as wear-resistant parts and elastic parts of high-precision machine tools. Lead-containing tin bronze is often used as wear-resistant parts and sliding bearings. Zinc-containing tin bronze can be used as high-airtightness castings.
Tin bronze is most widely used and consumed in the electrical and electronic industries, accounting for more than half of the total consumption. It is used in various cables and wires, motors and transformers, switches and printed circuit boards. In the manufacture of machinery and transportation vehicles, it is used to manufacture industrial valves and accessories, instruments, sliding bearings, molds, heat exchangers and pumps. In the chemical industry, it is widely used to manufacture vacuum devices, distillation pots, brewing pots, etc.