Recubrimiento PVD Archive

Recubrimientos PVD

Guía de recubrimientos

Denominación

Estructura

Componentes

Nanodureza

Tª de proceso

Tª máx. de trabajo

Espesor

Coef. de fricción

Denominación

Estructura

Comp

TIN

Monolayer

Ti, N

2400 HV

450 °C

600 °C

2.5 µm±0.5

0.55

TIN

Monolayer

Ti, N

2400 HV

450 °C

600 °C

2.5 µm±0.5

0.55

TIN

Monolayer

Ti, N

2400 HV

450 °C

600 °C

2.5 µm±0.5

0.55

TIN

Monolayer

Ti, N

2400 HV

450 °C

600 °C

2.5 µm±0.5

0.55

TIN – F

Monolayer

Ti, N

2400 HV

450 °C

600 °C

2.5 µm±0.5

0.45

TIN – F

Monolayer

Ti, N

2400 HV

450 °C

600 °C

2.5 µm±0.5

0.45

TIN – F

Monolayer

Ti, N

2400 HV

450 °C

600 °C

2.5 µm±0.5

0.45

TIN – F

Monolayer

Ti, N

2400 HV

450 °C

600 °C

2.5 µm±0.5

0.45

TICN

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.2

TICN

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.2

TICN

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.2

TICN

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.2

TICN – F

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.18

TICN – F

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.18

TICN – F

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.18

TICN – F

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.18

TICN DUPLEX – BF

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.18

TICN DUPLEX – BF

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.18

TICN DUPLEX – BF

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.18

TICN DUPLEX – BF

Multigradient

Ti, C, N

3700 HV

450 °C

400 °C

2.5 µm±0.5

0.18

CRN

Monolayer

Cr, N

1800 HV

450 °C

800 °C

3 µm ±0.5

0.3

CRN

Monolayer

Cr, N

1800 HV

450 °C

800 °C

3 µm ±0.5

0.3

CRN

Monolayer

Cr, N

1800 HV

450 °C

800 °C

3 µm ±0.5

0.3

CRN

Monolayer

Cr, N

1800 HV

450 °C

800 °C

3 µm ±0.5

0.3

CRN-F

Monolayer

Cr, N

1800 HV

450 °C

800 °C

3 µm±0.5

0.2

CRN-F

Monolayer

Cr, N

1800 HV

450 °C

800 °C

3 µm±0.5

0.2

CRN-F

Monolayer

Cr, N

1800 HV

450 °C

800 °C

3 µm±0.5

0.2

CRN-F

Monolayer

Cr, N

1800 HV

450 °C

800 °C

3 µm±0.5

0.2

ZRN

Monolayer

Zr, N

2000 HV

450 °C

550 °C

2.5 µm±0.5

0.4

ZRN

Monolayer

Zr, N

2000 HV

450 °C

550 °C

2.5 µm±0.5

0.4

ZRN

Monolayer

Zr, N

2000 HV

450 °C

550 °C

2.5 µm±0.5

0.4

ZRN

Monolayer

Zr, N

2000 HV

450 °C

550 °C

2.5 µm±0.5

0.4

ALTINE

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.6

ALTINE

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.6

ALTINE

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.6

ALTINE

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.6

ALTINE – F

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.3

ALTINE – F

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.3

ALTINE – F

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.3

ALTINE – F

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.3

ALTINE – SBF

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.25

ALTINE – SBF

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.25

ALTINE – SBF

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.25

ALTINE – SBF

Monolayer

Al, Ti, N

3800 HV

450 °C

800 °C

2.5 µm±0.5

0.25

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 – SBF

Multinanogradiente

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.20

TIALCROME – SBF

Multinanogradiente

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.20

TIALCROME – SBF

Multinanogradiente

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.20

TIALCROME – SBF

Multinanogradiente

Ti, Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.20

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

X – ILURA – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

X – ILURA – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

X – ILURA – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

X – ILURA – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

X – ILURA DUPLEX – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

X – ILURA DUPLEX – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

X – ILURA DUPLEX – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

X – ILURA DUPLEX – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

X – ILURA PLUS – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.15

X – ILURA PLUS – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.15

X – ILURA PLUS – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.15

X – ILURA PLUS – BF

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.15

ALCROME

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.6

ALCROME

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.6

ALCROME

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.6

ALCROME

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.6

ALCROME – F

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.3

ALCROME – F

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.3

ALCROME – F

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.3

ALCROME – F

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.3

ALCROME – SBF

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.20

ALCROME – SBF

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.20

ALCROME – SBF

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.20

ALCROME – SBF

Monolayer

Al, Cr, N

4200 HV

450 °C

1000 °C

3.5 µm±0.5

0.20

TRINACO RED – F

Multinanogradiente

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.3

TRINACO RED – F

Multinanogradiente

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.3

TRINACO RED – F

Multinanogradiente

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.3

TRINACO RED – F

Multinanogradiente

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.3

TRINACO RED – BF

Multinanogradient

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.3

TRINACO RED – BF

Multinanogradient

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.3

TRINACO RED – BF

Multinanogradient

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.3

TRINACO RED – BF

Multinanogradient

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.3

TRINACO RED – SBF

Multinanogradient

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.25

TRINACO RED – SBF

Multinanogradient

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.25

TRINACO RED – SBF

Multinanogradient

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.25

TRINACO RED – SBF

Multinanogradient

Al, Ti, Si, N

4500 HV

450 °C

1200 °C

2.5 µm±0.5

0.25

VIC

Monolayer

a-C:H:Me

2000 HV

450 °C

400 °C

1.5 µm±0.5

0.15

VIC

Monolayer

a-C:H:Me

2000 HV

450 °C

400 °C

1.5 µm±0.5

0.15

VIC

Monolayer

a-C:H:Me

2000 HV

450 °C

400 °C

1.5 µm±0.5

0.15

VIC

Monolayer

a-C:H:Me

2000 HV

450 °C

400 °C

1.5 µm±0.5

0.15

CROMVIC

Bilayer

CrN + a-C:H:Me

2800 HV

450 °C

900 °C

2.5 µm±0.5

0.15

CROMVIC

Bilayer

CrN + a-C:H:Me

2800 HV

450 °C

900 °C

2.5 µm±0.5

0.15

CROMVIC

Bilayer

CrN + a-C:H:Me

2800 HV

450 °C

900 °C

2.5 µm±0.5

0.15

CROMVIC

Bilayer

CrN + a-C:H:Me

2800 HV

450 °C

900 °C

2.5 µm±0.5

0.15

CROMVIC DUPLEX – BF

Bilayer

CrN + a-C:H:Me

2800 HV

450 °C

900 °C

2.5 µm±0.5

0.15

CROMVIC DUPLEX – BF

Bilayer

CrN + a-C:H:Me

2800 HV

450 °C

900 °C

2.5 µm±0.5

0.15

CROMVIC DUPLEX – BF

Bilayer

CrN + a-C:H:Me

2800 HV

450 °C

900 °C

2.5 µm±0.5

0.15