The PVD coating technology works by heating the source material to high temperatures so that it changes directly from a solid state to a vapor state and is deposited on the surface of the craft. This process takes place in a vacuum environment and produces a coating of high hardness

Titanium alloy wear-resistant coating uses advanced vacuum coating equipment and technology to reduce the consumption of materials and energy, and reduce the impact on the environment ⁠⁣ ⁠⁣. Suitable for all kinds of tools, tools, molds, crafts, ornaments, scalpels, medical equipment, aerospace parts and other surface carbide coating processing ⁠⁣ ⁠⁣

Vacuum coating technology Technical principle: vacuum environment: under vacuum environment, the metal material is evaporated and deposited on the surface of the substrate through high temperature to form a uniform and dense coating ⁠⁣ ⁠⁣. The conductivity of pure titanium film is low, but it can be effectively improved by doping elements (such as aluminum, silicon) or alloying process, which is suitable for the preparation of conductive film in electronic devices ⁠⁣ ⁠⁣.

By forming a uniform and dense coating on the surface of titanium alloy, it can effectively improve its corrosion resistance and wear resistance, extend the service life of aviation components, and improve its work efficiency and safety ⁠⁣ ⁠⁣. The most common method is to use vacuum coating treatment technology to form anti-corrosion coating on the surface of titanium alloy to improve its corrosion resistance ⁠⁣ ⁠⁣.

Technical difficulties Titanium alloy PVD vacuum coating difficulties. Titanium alloy PVD coating faces some technical challenges, due to the characteristics of titanium alloy itself, it is necessary to pay special attention to the control of process parameters during the coating process