PVD (Physical Vapor Deposition) can be done by melting the material with hot water and pouring it on the surface in a thin and film form. In addition, the vaporization process is carried out by bombarding the surface with charged ions with high chemical energy with the application called sputtering method.
This application is called “physical vapor storage” because of the way it is done.
It is stated that the PVD process is a highly preferred protection system with many benefits due to its ease of application and the durability it provides to the surface on which it is applied. PVD, which has a very strong adhesion to the surface on which it is applied, does not show shedding or deterioration thanks to this.
It is frequently preferred in aesthetic-based sectors due to the fact that the layer it forms after the casting process is quite small in size.
Advantages of PVD Coating method over traditional coating methods
. 50% more corrosion resistance than standard coatings
. Much harder surface, much softer touch feeling
. Resistance to salt test exceeding 300 hours (European standard is 200 hours)
. Extra resistance to chemicals
. Long-lasting, non-fading colors
. High resistance to sudden temperature changes
. 100% environmentally friendly technology in coating method