Ti-NAMITE Tool Coatings

Ti-NAMITE Tool Coatings are specifically engineered for SGS solid carbiderotary tools. This proprietary
multi-layering process results in maximized tool life and increased speed and feed rates in any application.

Titanium Nitride  (TiN)   Aluminum Titanium Nitride  (AlTiN)   Titanium DiBoride  (TiB2)   Titanium Carbonitride  (TiCN)   Ti-NAMITE X (TX)   Di-NAMITE  (Di)

Titanium Nitride
(TiN)

A general purpose coating allowing higher speeds and longer tool life, Ti-NAMITE is effective in a wide variety of metal cutting operations. Recommended for general purpose and applications in: stainless steel, medium carbon steel, alloyed steel, copperalloys, brass and bronze

 

Aluminum Titanium Nitride
(AlTiN)

The most abrasion resistant and hardest coating, Ti-NAMITE-A is preferred for high speed and dry cutting and recommended for the machining of cast iron, hardened tool steels up to HRc 60 and other heat resistant alloys. Recommended for applications in cast iron, high temperature alloys, hardened steels, stainless steels.

 

Titanium DiBoride
(TiB2)

Our toughest coating ever, recommended for use with silicon
aluminum alloys and titanium alloys.
Recommended for applications in high silicon aluminum alloys
and titanium alloys.

  Titanium Carbonitride
(TiCN)

A harder, more lubricious coating offering better performance in steels over HRc 40 and aluminum alloys, Ti-NAMITE-C is violetbrown in color.
Recommended for applications in high silicon aluminum alloys, titanium alloys, low carbon steel, alloyed steels.
  Ti-NAMITE X
(TX)

Ti-NAMITE X is our proprietary advanced coating using HPPMS coating process for increased hardness offering better resistance to abrasion wear. This ultra-tough coating provides superior adhesion that is critical in high performance applications that encounter a high level of mechanical stress. With a denser, more uniform coating structure, TX allows for improved performance at higher temperatures protecting tools for an even longer tool life.
  Di-NAMITE
(Di)

Di-NAMITE is the hardest coating available with the best abrasion resistance. The engineered application process allows for maximum adhesion and smooth coating structure held to tight tolerances for consistent batch to bath results.  Diamond is the longest wearing surface of any material allowing for improved cutting edge performance and improved surface finishes.  The extremely high thermal properties protect the cutting edge from excessive heat to extend tool life.

Microhardness:
2200HV 0.05

Oxidation Temperature:
600°C – 1112°F

Coefficient of Friction:
.4 – .65

Thickness:
1 – 4 Microns
(based on tool diameter)

 

Microhardness:
3300HV 0.05

Oxidation Temperature:
800°C – 1472°F

Coefficient of Friction:
.45

Thickness:
1 – 4 Microns
(based on tool diameter)

 

Microhardness:
4000HV

Oxidation Temperature:
850°C – 1562°F

Coefficient of Friction:
.45

Thickness:
1 – 2 Microns
(based on tool diameter)

 

Microhardness:
3000HV 0.05

Oxidation Temperature:
400°C – 752°F

Coefficient of Friction:
.3 – .45

Thickness:
1 – 4 Microns
(based on tool diameter)

 

Microhardness:
3000HV

Oxidation Temperature:
900°C – 1562°F

Coefficient of Friction:
.50

Thickness:
1 – 4 Microns
(based on tool diameter)

 

Microhardness:
>8000HV

Oxidation Temperature:
800°C – 1470°F

Coefficient of Friction:
0.15 - 0.2

Thickness:
6 – 20 Microns
(based on tool diameter)