PVD coatings

Food industry

Feeding

PVD coatings help improve the productivity of machines that process or package food.

This type of application is often subjected to a wide range of aggressive environments that hinder stable production. In addition, they provide high abrasion resistance, thanks to their high hardness, excellent anti-adhesion properties and proven tribological improvement.

The fact that PVD coatings are inert guarantees users safety and hygiene.

List of coatings

Designation

Structure

Components

Nanohardness

Process temperature

Max. working temperature

Thickness

Coef. friction

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 – 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

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

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 Designation

Structure

Components

Nanohardness

Process temperature

Max. working temperature

Thickness

Coef. friction

See file

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 – 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

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

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