PVD stands for Physical Vapor Deposition, a physical vapor deposition technique. In this process, a thin film of a metal or alloy is deposited directly onto the material from a solid state. Originally used for long-life coatings, this technique is now widely used for conductive and decorative applications.
One of the main advantages of PVD technology is that it can apply thin films of metals or alloys at much lower temperatures. As a result, it is more suitable than other technologies for use on temperature-sensitive materials. In addition, it produces very high-quality films with high corrosion and abrasion resistance, while maintaining batch consistency. Finally, PVD technology has a relatively low environmental impact because it uses non-toxic and non-hazardous materials.
PVD technology has been widely used in many fields including decorative, automotive, electronics, aerospace and medical. In the decorative field, PVD technology can produce coatings with different textures, colors and glosses, which can be used for high-end decorative materials such as kitchens and bathrooms. In the automotive and electronics sectors, PVD technology is used to produce scratch-resistant and anti-reflective films, as well as to provide precise plating of electronic components. In the aerospace and medical fields, PVD technology can be used to produce high-performance and biocompatible films to provide greater safety and additional functionality.