Tools

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AlTiN

All-round application coating with high resistance to oxidation.

Coating material:	AlTiN
Colour:	Anthracite
Coating thickness [µm]:	0.5-4
Coating temperature [°C]:	200-500
Nanohardness according to ISO 14577 HIT [GPa]:	37 ± 3
Coefficient of friction against steel (dry):	0.5
Max. application temperature [°C]:	900

Versatile coating with a high temperature resistance with an extreme wear resistance.

Coating material:	AlCrN based
Colour:	light grey
Coating thickness [µm]:	0.5-4
Coating temperature [°C]:	< 500
Nanohardness according to ISO 14577 HIT [GPa]:	41 ± 4
Coefficient of friction against steel (dry):	0.6
Max. application temperature [°C]:	1100

Variant of our HDP AlTiN coating with an optimized microstructure and hardness.

Coating material:	AlTiN based
Colour:	anthracite
Coating thickness [µm]:	1-3
Coating temperature [°C]:	< 500
Nanohardness according to ISO 14577 HIT [GPa]:	41 ± 4
Coefficient of friction against steel (dry):	0.5
Max. application temperature [°C]:	1100

Good corrosion resistance with a dense and smooth surface easy to polish.

Coating material:	CrN
Colour:	silver grey
Coating thickness [µm]:	1-4
Coating temperature [°C]:	200-500
Nanohardness according to ISO 14577 HIT [GPa]:	21 ± 3
Coefficient of friction against steel (dry):	0.5
Max. application temperature [°C]:	700

High hardness and toughness with great anti-Sticking properties.

Coating material:	TiC based
Colour:	Reddish
Coating thickness [µm]:	0.5-4
Coating temperature [°C]:	< 500
Nanohardness according to ISO 14577 HIT [GPa]:	38 ± 3
Coefficient of friction against steel (dry):	0.2
Max. application temperature [°C]:	600

High thermal stability and oxidation resistance. Its nanolayer structure prevents the formation and propagation of microcracks.

Coating material:	AlTiN + TiSiN based
Colour:	reddish brown
Coating thickness [µm]:	0.5-3
Coating temperature [°C]:	< 500
Nanohardness according to ISO 14577 HIT [GPa]:	40 ± 3
Coefficient of friction against steel (dry):	0.4
Max. application temperature [°C]:	1000

Developed stainless steel, CoCr-alloys, CuBe-alloys, Al and to prevent the adherence of work-material to the coating.

Coating material:	AlTiCrN based
Colour:	Anthracite
Coating thickness [µm]:	0.5-4
Coating temperature [°C]:	< 500
Nanohardness according to ISO 14577 HIT [GPa]:	32.5 ± 2.2
Coefficient of friction against steel (dry):	0.5
Max. application temperature [°C]:	1100

Further improvement on a TiCN coating exhibiting extreme hardness and toughness.

Coating material:	TiC based
Colour:	grey
Coating thickness [µm]:	0.5-2
Coating temperature [°C]:	< 500
Nanohardness according to ISO 14577 HIT [GPa]:	42 ± 4
Coefficient of friction against steel (dry):	0.15
Max. application temperature [°C]:	400

First generation PVD coating, TiN is an all-round coating suitable for cutting and forming iron-based materials.

Coating material:	TiN
Colour:	golden yellow
Coating thickness [µm]:	1-4
Coating temperature [°C]:	200-500
Nanohardness according to ISO 14577 HIT [GPa]:	27 ± 3
Coefficient of friction against steel (dry):	0.6
Max. application temperature [°C]:	600

New generation coating with excellent anti-sticking properties and enhanced hardness.

Coating material:	Cr Based
Colour:	Light Grey
Coating thickness [µm]:	0.5-4
Coating temperature [°C]:	200-500
Nanohardness according to ISO 14577 HIT [GPa]:	35 ± 3
Coefficient of friction against steel (dry):	0.2
Max. application temperature [°C]:	700