The PVD process includes methods such as arc evaporation, magnetron sputtering, and ion plating, which enable precise control of the properties of coating materials, such as hardness, adhesion, and temperature resistance. Because PVD coating technology is widely used in various fields that require surface treatment, including precision cutting tools on passenger cars.
In passenger car manufacturing, the quality and performance of precision cutting tools are crucial to ensuring the safety and performance of vehicles. For example, by applying PVD coating on cutting tools, the wear of the tools during high-speed and high-efficiency cutting can be significantly reduced, maintaining the sharpness and accuracy of the tools, which is particularly important for precision machining of automotive parts.
In addition, PVD coating technology is also suitable for low feed machining and precision machining that require sharp cutting edges, with less constraint on the substrate and minimal damage, making it particularly suitable for cutting tools that require wear resistance and chipping resistance. This indicates that PVD coating technology can not only improve the performance of cutting tools, but also meet the demand for high-quality and high-efficiency cutting tools in passenger car manufacturing.