Copper gas-liquid filter screen

Commonly used copper wire mesh includes: brass gas-liquid filter mesh and red copper gas-liquid filter mesh; Copper round wire gas-liquid filter screen, brass round wire gas-liquid filter screen, copper flat wire gas-liquid filter screen, brass flat wire gas-liquid filter screen, electromagnetic shielding wire screen. Copper wire mesh is used for rust and dirt removal of various mechanical parts and equipment; Shielding devices for electromagnetic interference in electronic and electrical products.
Purpose of copper wire gas-liquid filter screen:
◆ Production of copper wire gas-liquid filter mesh, mesh demister, mesh demister, and corrosion-resistant filter mesh pad.
◆ Copper wire gas-liquid filter screen is used to make filter screens for automotive and tractor air compressors.
◆ Copper wire gas-liquid filter screen is used for various gas-liquid separation, gas-water separation, dust removal, and water removal.
Detailed introduction to brass gas-liquid filter screen
Copper has good physical and chemical properties such as conductivity, thermal conductivity, corrosion resistance, and ductility. The conductivity and thermal conductivity are second only to silver, and pure copper can be drawn into very fine copper wires to make very thin copper foil. The fresh cross-section of pure copper is rose red, but after the formation of a copper oxide film on the surface, its appearance appears purple red, so it is often called purple copper. In addition to pure copper, copper can be metallized with tin, zinc, nickel, and other metals to synthesize alloys with different characteristics, namely bronze, brass, and white copper. Adding zinc to pure copper (99.99%) is called brass. For example, ordinary brass pipes with 80% copper and 20% zinc content are used for condensers in power plants and car radiators; Adding nickel is called white copper, and the rest is called bronze. Except for zinc and nickel, all copper alloys that add other metal elements are called bronze, and the elements added are called what they are. The most important bronze are tin phosphorus bronze and beryllium bronze. Unlike pure copper in terms of conductivity, alloying can greatly improve the strength and corrosion resistance of copper. Some of these alloys are wear-resistant and have good casting performance, while others have good mechanical and corrosion resistance. Due to the excellent properties mentioned above, copper has a wide range of industrial applications. Including the electric and steam industry, mechanical manufacturing, transportation, construction, and other aspects.