PVD COATING
PVD coating, known as Physical Vapor Deposition, is primarily used by industrial manufacturers to protect materials, enhance performance, and improve the quality of produced parts.

PVD METHOD
PVD consists of compounds derived from pure metals such as Titanium, Aluminum, Zirconium, or Chromium. Under high vacuum conditions, these metals are evaporated using arc discharge and react with reactive gases (such as nitrogen and carbon), forming plasma that binds to the surface of the coated material through an electric field. This bond creates a highly durable, thin, and hard layer.

ADVANTAGES OF PVD COATING
- Long lifespan
- High hardness (3500-4000 HV)
- Thin film thickness (1-10 microns, standard 2-4 microns)
- Chemical stability (protection against acids and corrosion)
- Low friction coefficient
- Preservation of sharp edges
- No loss of hardness
- Homogeneous coating
- Superior quality
- Affordable price and short delivery time