With the development of the economy, the group of car owners is getting larger and larger, and the performance requirements of the car are getting higher and higher. When manufacturing cars, they are getting better and better. Plasma cleaning technology has improved the shape, actual operating comfort, feasibility, application performance and other requirements of automobiles.
Plasma cleaning effectively improves the reliability of automotive electronics
A large number of electronic systems with complex functions are used in automotive power and control systems, and the sealing of these automotive electronic products is very important, and the moisture-proof and anti-corrosion capabilities of components need to be tested. Plasma cleaning can effectively activate the surface of the product, improve the bonding force and reliability of the subsequent injection molding and glue filling processes, and reduce the occurrence of delamination and pinholes, thereby ensuring the safe and efficient operation of the electronic system.
The quality of any seal depends on the cleanliness of the contact surfaces. Plasma cleaning technology is applied in these key areas. This ensures effective, high-precision pretreatment of targeted areas of the material for a more durable and corrosion-resistant bond seal. , the plasma cleaning process is an ideal choice. In this type of plasma polymerization process, a compound monomer is specifically added to the plasma, resulting in a protective seal that is very resistant to corrosion.
Plasma cleaning effectively improves the reliability of power battery packs
Atmospheric plasma cleaners are often used for nanoscale cleaning and activation of metal casings and blue film surfaces during the assembly process of power batteries, without changing the material properties, improving the adhesion of welding, gluing or gluing, and ensuring reliability.
