| TiN |
Titanium nitrite coating |
|
TiN provides superior dense films and strong adhesion to the substrate.
In addition, the characteristic and precision of the substrate are maintained
without reducing hardness and causing distortions. |
|
|
|
|
| TiCN |
Titanium carbon-nitrite coating |
|
TiCN is multi-layer coating(TiN, TiCN) giving superior hardness to the
substrate surface. TiCN aims to satisfy both hardness and adhesion appropriately
at the same time by a specialized process. |
|
|
|
|
| CMTi |
Composite mufti-lager titanium coating |
|
CMTi provides a higher hardness to the substrate surface by specialized
ion nitriding. Also, CMTi aims to improve the service life drastically
by forming compound films such as TiN, TiC and TiN by continuous ion plating. |
|
|
|
|
| TiAlN |
Titanium aluminum nitrite coating |
|
TiAlN has superior heat and oxidization resistance which greatly extends
the service life even under the most severe cutting conditions. TiAlN is
widely applied to strong steel processes and tools for dry processes. It
can also be applied to various dies for aliminum die casting, press die
casting etc. |
|
|
|
|
| CrN |
Chrome nitrite coating |
|
CrN has high corrosion and heat resistance, and a thicker film can be formed
on the substrate surface due to the lower inside compression process in
comparison with TiN and TiCN. CrN is a very good substitute for hard chromium
plating for industrial parts, and can be applied to dies and core pins
for aluminum die casting and plastic mold due to the smooth drafting. |
|
|
