Inicio / Recubrimiento PVD / X – ILURA – BF / X – ILURA PLUS – BF

X – ILURA PLUS – BF

Recubrimiento de alto rendimiento, gracias a su elevado espesor, especialmente indicado para estampación y moldeo. Presenta elevada dureza y un mínimo coeficiente de fricción. It is resistant to high temperatures.
The PLUS process improves sliding and improves its resistance to cold welding, delaying the appearance of seizures.

Coating properties

Structure

Multilayer - nanostructured

Process temperature [ºC].

450 Coefficient of friction

0.15 Components

Ti, Al, Cr, N

Maximum working temperature [ºC].

1100

Nanohardness [HV]

4200

Thickness [µm] Thickness [µm

9 µm±2

Coating variants

Designation

Structure

Components

Nanohardness

Process temperature

Max. working temperature

Thickness

Coef. friction

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 Designation

Structure

Components

Nanohardness

Process temperature

Max. working temperature

Thickness

Coef. friction

See file

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 PLUS – BF

Coating properties

Structure

Multilayer - nanostructured

Process temperature [ºC].

450

Coefficient of friction

0.15

Components

Ti, Al, Cr, N

Maximum working temperature [ºC].

1100

Nanohardness [HV]

4200

Thickness [µm] Thickness [µm

9 µm±2

Coating variants

Designation

Structure

Components

Nanohardness

Process temperature

Max. working temperature

Thickness

Coef. friction

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

Designation

Structure

Components

Nanohardness

Process temperature

Max. working temperature

Thickness

Coef. friction

See file

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

Multilayer - nanostructured

Ti, Al, Cr, N

4200 HV

450 °C

1100 °C

9 µm±2

0.25

Applications

See our list of coatings

Contact us

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France

PVD coatings

Projects Completed

Metal Estalki