The titanium alloy wear-resistant coating adopts advanced vacuum coating equipment and technology, significantly reducing the consumption of materials and energy, and reducing the impact on the environment. This technology is widely used in various tools, cutting tools, molds, handicrafts, decorations, as well as components in the medical and aerospace fields, providing hard alloy coating processing for these products to enhance their performance and service life.
The core of vacuum coating technology lies in the utilization of vacuum environment. Under vacuum conditions, metal materials evaporate at high temperatures and deposit on the surface of the substrate, forming a uniform and dense coating. Although the conductivity of pure titanium film is relatively low, its conductivity can be significantly improved by doping elements (such as aluminum, silicon) or alloying processes, making it suitable for the preparation of conductive film layers in electronic devices.
After vacuum coating treatment, a uniform and dense coating can be formed on the surface of titanium alloy, which greatly improves its corrosion resistance and wear resistance. In the aerospace field, this technology can extend the service life of components, improve work efficiency and safety. The most common method is to use PVD vacuum coating technology to form a corrosion-resistant coating on the surface of titanium alloy to enhance its corrosion resistance.
However, PVD vacuum coating of titanium alloys also faces some technical challenges. Due to the inherent characteristics of titanium alloys, special attention needs to be paid to the control of process parameters during the coating process to ensure the quality and performance of the coating.
In summary, the PVD coating process for titanium alloys is an efficient, environmentally friendly, and widely used surface treatment technology, which is of great significance for improving product performance and service life.
