Physical Vapor Deposition (PVD) Coatings Applications and Uses

PVD coating or Physical Vapor Deposition Coating is a process of applying a coating of a metal vapor on materials that are electrically conductive. The process is possible for it takes place in a vacuum chamber with a high vacuum due to a cathodic arc source. The result is a very tough coating that makes hard materials even harder and more effective and long-lasting.

PVD coating is a very useful coating because it can help prevent friction as well as reduce wear. This means that PVD coating services can be helpful for many applications. Below, you will find information about physical vapor deposition (PVD) coatings applications and uses. PVD coatings are so practical and effective, they're employed by both defense contractors and NASCAR.

1. Use PVD for drilling and forming tools.

2. Employ PVD coating for components that move.

3. Make use of PVD coatings in applications that are high temperature.

Preserve your tools with PVD coatings

When PVD coating machines apply PVD coating to the tools, they are able to last longer despite the heavy wear they undergo. The PVD coating equipment coats the tips of the cutting and forming equipment, thus preserving the points, keeping them sharp longer. this is something that is prized by mining and drilling companies that depend on the sharpness of their equipment for their successes.

Let PVD coatings preserve moving components

More than one PVD coating company is able to make use of PVD coatings for moving components like engines. NASCAR and other race organizations use PVD coatings on engine components to reduce friction as well as provide pitting resistance. Defense contractors make use of PVD coating for the same reason on their military vehicles.

Protect components against heat with PVD coatings

Because PVD coatings are so hard, they help to protect components from extreme heat. Because PVD helps to reduce friction, it helps to reduce the heat of components. This means that components that are coated with PVD can take higher temperatures than those components untreated with PVD.

Contact a Physical Vapor Deposition coating supplier to ask them further questions about their product and their Physical Vapor Deposition coating equipment. They will be more than willing to meet your company's needs as well as answer any questions.

Physical Vapor Deposition (PVD) Coatings Applications and Uses