Electrostatic spraying fluorocarbon powder

Electrostatic spraying fluorocarbon powder is a new type of coating process, mainly used for coating surfaces and components such as casings and circuit boards, in order to achieve coating effects with flame retardancy, heat resistance, wear resistance, and corrosion resistance. Electrostatic spraying fluorocarbon powder technology is an electrostatic spraying equipment composed of a small metal wire and an electrode collector, which transports fluorocarbon powder from the wire handle to the surface.

Electrostatic spraying of fluorocarbon powder has many advantages. It is a green and environmentally friendly coating process because it does not have chemical solvents, so it will not pollute the air and environment. Secondly, compared with commonly used painting processes, it is easier to control, more durable, more reliable, and quality control is also easy to achieve. It has good high-temperature resistance, and after treatment, it can usually effectively resist high temperatures exceeding 1000 ℃.

In addition, the corrosiveness of electrostatically sprayed fluorocarbon powder is also stronger than other common coating processes. It can effectively resist corrosive compounds such as brominated fluorine compounds, chlorinated fluorine compounds, nitrates, etc. Therefore, it has a wide range of applications in aviation, aerospace, electronic and electrical, chemical and other fields.

The application of electrostatic spraying fluorocarbon powder has been continuously developing, and in the future, it can also be used to paint car bodies, motor protection terminals, and motor internal protection rooms, especially in the electronic and mechanical industry. Its application is becoming increasingly widespread, such as water guns, mops, garbage disposers, etc., to improve the surface performance and aesthetics of the shell's wear resistance.

Overall, electrostatic spraying of fluorocarbon powder is an emerging technology that can effectively reduce energy and chemical solvent consumption, reduce air pollution, improve coating quality, and enhance surface and durability performance.