There are many uses for thick and thin film deposition
technology. Scratch-resistant coatings are made through this process for
cooking and kitchenware. Thin film deposition is also responsible for the
optical coatings on CDs, DVDs, and other computer hardware. Similarly, physical
vapor deposition is responsible for some gold-plated jewelry. How does physical
vapor deposition gold-plating differ from the typical gold-plating process?
Physical vapor deposition gold-plating, or PVD
gold-plating, is the process of vaporizing gold in a vacuum chamber and
depositing it onto jewelry or other metal surfaces. This process is favorable
to the typical gold-plating process because it creates a more durable gold
coating. PVD is utilized with a very hard material, titanium nitride, to create
a harder, more durable coating than we were previously able to create. PVD is
seen in medium to high priced jewelry, especially in watches as they are more
prone to interact with hard surfaces. This process also makes the jewelry more
resistant to corrosion by sweat and sea water than normal gold plating.
PVD gold-plating is really important in the creation of a
lot of jewelry on the market today. Does your company work with physical vapor deposition? Would you
like to be showcased in an industry leading publication? Vacuum Technology
& Coating has showcased many of the industry’s leaders in our print and
digital publication for many years. Visit VTCMag.com to contact us today about
being featured in our next issue.

