What is the PVD process?
Physical Vapor Deposition
PVD – which stands for Physical Vapour Deposition – refers to the technology used to deposit thin metal films on various types of substrates. The process takes place inside vacuum chambers, where the metals to be deposited – such as zirconium, chromium, and titanium – are vaporised.
Vacuum deposition of thin films
Metal ions, thanks to their kinetic energy and the potential difference applied to the object to be coated, are attracted to the surface of the items, where they condense and form the desired coating.
The finish is thus created through a physical process that not only gives the object properties superior to any chemical or electrochemical treatment, but also ensures a perfectly sustainable coating — reduced environmental impact, hypoallergenic, and 100% compatible with food contact.
Advantages of PVD coating
PVD coatings are particularly suitable for all innovative and technically advanced products that require high performance in terms of resistance to abrasion, scratching and corrosion.
Extreme surface hardness (2000/2500 HV)
Maximum corrosion resistance
Excellent scratch and abrasion resistance
Unaffected by solvents, acids, alkalis, and limescale removers
No alteration if exposed to UV light: 2400 hours (UNI 9397).
Different colours and finishes
Applications of PVD coatings
Thanks to their countless advantages and finishes, PVD coatings can be used in various sectors, from eyewear to automotive, from the medical field to home accessories.
Abaco®
Antibacterial coating
The latest generation of antibacterial thin-film coating that combines the strength, durability and beauty of PVD coatings with antibacterial properties.
Is-Pro®
Ion Shield Protection
An evolution in vacuum deposition processes, to create thin metal films featuring innovative and unique properties.