Our coatings
Our technological equipment allows the deposition of a wide range of hard wear resistant coatings based on nitrides and carbo-nitrides of transition metals - titanium, aluminum, chromium, niobium, vanadium, etc.., as well as gradient and multilayer coatings that have properties suitable for various cutting conditions and various processed materials.
The main advantages provided by our coatings are
coefficient of dry friction 0.3
maximum operating temperature 550°C
adhesion - Lc1 >> 30N
colour golden yellow TITANIUM CARBONITRIDE - TiCN hardness (0.05N)3200±100Hv
coefficient of dry friction0.25
maximum operating temperature 400°C
adhesion - Lc1 >> 30N
colour brick red CHROMIUM NITRIDE - CrN hardness (0.05N) 2000±50Hv
coefficient of dry friction 0.25
maximum operating temperature 900°C
adhesion - Lc1 >> 30N
colour silver gray TITANIUM ALUMINUM NITRIDE - TiAlN hardness (0.05N) 2800±100Hv
coefficient of dry friction 0.4
maximum operating temperature 900°C
adhesion - Lc1 >> 30N
colour violet or blue violet ALUMINUM TITANIUM NITRIDE - AlTiN hardness (0.05N) 3300±100Hv
coefficient of dry friction 0.48
maximum operating temperature 900°C
adhesion - Lc1 >> 30N
colour dark blue to black TITANIUM NITRIDE/CHROMIUM NITRIDE SUPERLATTICES hardness (0.05N) 2700-3000Hv
coefficient of dry friction 0.27-0.3
maximum operating temperature 900°C
adhesion - Lc1 12-14N
wetting angle 85°-91°
colour metallic gray
Our technological equipment allows the deposition of a wide range of hard wear resistant coatings based on nitrides and carbo-nitrides of transition metals - titanium, aluminum, chromium, niobium, vanadium, etc.., as well as gradient and multilayer coatings that have properties suitable for various cutting conditions and various processed materials.
The main advantages provided by our coatings are
- smoothness , due to non-availability of particles
- elasticity , because of the fine structure and low level of stress
- low coefficient of friction , due to the high smoothness
- low density of surface defects , which leads to increased corrosion resistance
- precise control of the composition and thickness of the various undercoats, thanks to the automatic control of the process parameters during application
coefficient of dry friction 0.3
maximum operating temperature 550°C
adhesion - Lc1 >> 30N
colour golden yellow TITANIUM CARBONITRIDE - TiCN hardness (0.05N)3200±100Hv
coefficient of dry friction0.25
maximum operating temperature 400°C
adhesion - Lc1 >> 30N
colour brick red CHROMIUM NITRIDE - CrN hardness (0.05N) 2000±50Hv
coefficient of dry friction 0.25
maximum operating temperature 900°C
adhesion - Lc1 >> 30N
colour silver gray TITANIUM ALUMINUM NITRIDE - TiAlN hardness (0.05N) 2800±100Hv
coefficient of dry friction 0.4
maximum operating temperature 900°C
adhesion - Lc1 >> 30N
colour violet or blue violet ALUMINUM TITANIUM NITRIDE - AlTiN hardness (0.05N) 3300±100Hv
coefficient of dry friction 0.48
maximum operating temperature 900°C
adhesion - Lc1 >> 30N
colour dark blue to black TITANIUM NITRIDE/CHROMIUM NITRIDE SUPERLATTICES hardness (0.05N) 2700-3000Hv
coefficient of dry friction 0.27-0.3
maximum operating temperature 900°C
adhesion - Lc1 12-14N
wetting angle 85°-91°
colour metallic gray