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TIALCROME – SBF

Coating developed from the AlCrN family is characterised by its wear resistance, high thermal resistance, chemical stability and high oxidation resistance. Especially recommended for HSS substrates due to its high adhesion to the substrate.
Preparation focused on fine cutting tools that improves the surface quality of the substrate without damaging the cutting edges.

Coating properties

Structure

Multinanogradient

Process temperature [ºC].

450 Coefficient of friction

0.20 Components

Ti, Al, Cr, N

Maximum working temperature [ºC].

1000

Roughness

0.04 Nanohardness [HV]

4200

Thickness [µm] Thickness [µm

3.5 µm±0.5

Coating variants

Designation

Structure

Components

Nanohardness

Process temperature

Max. working temperature

Thickness

Coef. friction

TIALCROME

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.55

TIALCROME

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.55

TIALCROME

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.55

TIALCROME

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.55

TIALCROME – F

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F81

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F81

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F81

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F81

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME DUPLEX – BF

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME DUPLEX – BF

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME DUPLEX – BF

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME DUPLEX – BF

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25 Designation

Structure

Components

Nanohardness

Process temperature

Max. working temperature

Thickness

Coef. friction

See file

TIALCROME

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.55

TIALCROME

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.55

TIALCROME

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.55

TIALCROME

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.55

TIALCROME – F

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F81

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F81

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F81

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME – F81

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME DUPLEX – BF

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME DUPLEX – BF

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25

TIALCROME DUPLEX – BF

Multinanogradient

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.25