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Special Coatings

WORKPLACE MATERIAL

APPLICATIONS

Drilling Turning Milling Tapping Reaming Broaching Stamping Deep Drawing Forming Injection Molding
Steels — general types TIAIN TIAIN GMX-35 TiCn-MP
TiN
TiAIN
TiCN-MP
TiCN
TiN
TiCN-MP
TiN
TiCN-MP
TiN
TiCN-MP
TiN
TiN
CrN
Alloyed Steels
• Tool Steels
• Stainless Steel
• Super-Alloys
  (Ni-Based)
GDX-59   GMX-35 TiCN-MP
TiAIN
TiAIN
TiCN-MP
TiCN-MP
TiAIN
TiCN-MP
TiN
TiCN-MP
TiN
TiCN-MP
TiN
TiN
CrN
Mg-Alloys TiAIN TiAIN GMX-35
TiAIN
TiCN-MP
TiAIN
TiAIN
TiCN-MP
TiCN-MP
TiAIN
TiCN-MP
TiN
TiCN-MP
TiN
TiCN-MP
TiN
TiN
CrN
Cast Iron GDX-59   GMX-35
TiCN-MP
TiAlCN
TiCN-MP
GMX-35
TiCN-MP
TiAIN
TiCN-MP
       
Ti-Alloys GDX-59
ZrN
ZrN ZrN ZrN
TiCN-MP
ZrN ZrN ZrN ZrN ZrN TiN
CrN
AI-Alloys ZrN
CBC
ZrN
CBC
ZrN
CBC
ZrN
CBC
ZrN
CBC
ZrN
CBC
ZrN
CBC
ZrN
CBC
ZrN
CBC
TiN
CrN
Copper CrN CrN CrN CrN CrN CrN CrN CrN CrN CrN
Brass/Bronze TiCN
TiCN-MP
TiCN
TiCN-MP
TiCN
TiCN-MP
TiCN
TiCN-MP
TiCN
TiCN-MP
TiCN
TiCN-MP
TiCN
TiCN-MP
TiCN
TiCN-MP
TiCN
TiCN-MP
CrN
TiN
Plastics TiCN-MP
TiCN
TiCN
TiCN-MP
TiCN-MP
TiCN
TiCN-MP
TiCN
          TiN
CrN

TiNTiN

The general-purpose coating for cutting, forming, and injection molding as well as tribological applications.

TiNTiAlN

The universal high-performance coating for cutting (drilling, milling, reaming, turning). Also suitable for dry machining.

TiNTiCN

Conventional carbon
nitride coating:
• for interrupted cutting
• for milling and tapping
• for stamping, punching
and forming

TiNGMX-35

The general-purpose coating for cutting, forming, and injection molding as well as tribological applications.

TiNZrN

The universal high-performance coating for cutting (drilling, milling, reaming, turning). Also suitable for dry machining.

TiNCrN

Conventional carbon
nitride coating:
• for interrupted cutting
• for milling and tapping
• for stamping, punching
and forming

TiNCBC (DLC)

The general-purpose coating for cutting, forming, and injection molding as well as tribological applications.

TiNTiCN-MP

The universal high-performance coating for cutting (drilling, milling, reaming, turning). Also suitable for dry machining.

 

Coating TiN TiCN TiCN-MP TiAICN TiAIN ZrN CrN CBC GMX-35 GDX-59
Structure Monolayer Gradient Gradient Gradient Multilayer Monolayer Monolayer Gradient Gradient Nano-
composite
Nanohardness (GPa) 24 37 32 28 28 20 18 20 38 42
Friction (fretting)
coefficient
0.55 0.2 0.2 0.3 0.6 0.4 0.3 0.15 0.7 0.35
Thickness (µm) 2-4 2-4 2-4 2-4 2-4 2-4 2-4 2-4 2-4 2-4
Maximum Working
Temperature
600° C
(1110° F)
400° C
(750° F)
400° C
(750° F)
500° C
(930° F)
700° C
(1290° F)
550° C
(1020° F)
700° C
(1290° F)
400° C
(750° F)
900° C
(1650° F)
1100° C
(2010° F)
Color golden
yellow
blue-gray light red red-copper violet pale
yellow
silver charcoal
gray
blue-black silver-gray

 

GDX-59

Carbide Grinding Company introduces a revolutionary nanocomposite PVD coating process. This process marks a breakthrough in PVD deposition technology made possible by LARC (LAteral Rotating Cathodes).

With a proven track record,nanocomposite coatings beat conventional coatings by a significant margin. The
performance and hardness stem from the nanocomposite coating's unique structure which, when seen on a nanometer scale, is similar to that of a honeycomb.

 

 

  Color Nanohardness
[GPa]
Thickness
[µm]
Friction (fretting)
coefficient
Max. usage temp. [°C/°F]
TiN golden yellow 24 2-4 0.55 20/37
TiCN blue-grey 37 2-4 0.2 8/15
TiAIN violet 28 2-4 0.6 70/129
GMX-35 blue-black 38 2-4 0.7 6/11
GDX-59 gray/silver 42 2-4 0.35 11/20