PVD coater is an advanced industrial equipment specially designed to deposit metal or alloy films on the surface of workpieces to improve their functionality or ornamentation. This equipment uses a newly developed cathode arc ion source, which can effectively reduce the number of large particles produced during the working process, reduce the particle size, while maintaining the working stability, and can also work stably for a long time under low current. Therefore, the film layer plated by this device has the advantages of good bonding force with the substrate, smooth surface of the film layer and high microhardness.
The equipment can be plated with a wide variety of workpieces, including tooling, measuring tools, bearings and piston rings, etc., the film layer variety is rich, can be a single metal or alloy. It can not only be used as a functional film coating equipment to improve the service life of the product, but also for decorative coating to improve the appearance quality of the product. Coating effects include titanium gold, rose gold, champagne gold, Japanese gold, silver, colorful, sapphire blue, rose red, black and other colors and effects. The performance of the equipment includes plating all kinds of smooth and fine, high hardness, wear resistance, corrosion resistance, beautifying decoration and other effects. In addition, the device has also passed a number of physical and chemical tests, such as salt spray test, hot and cold shock test, alcohol test, human sweat test, RCA test, pencil hardness test, bending test and hundred-cell test to ensure its high-quality coating effect and reliability.
The specific configuration of the coating equipment can be designed according to the coating process requirements of customers' products to meet the needs and process requirements of different customers. The wide application areas of this equipment include but are not limited to jewelry manufacturing, hardware parts coating, solar energy industry, etc., to provide a variety of workpiece aesthetic and functional dual enhancement.