Sputtering is an efficient and ecological method for coating surfaces for esthetical and protective purposes in items used in the automotive and chemical industry and in architecture.

Sputtering is an efficient and ecological method for coating surfaces for esthetical and protective purposes in items used in the automotive and chemical industry and in architecture.

This process offers a big versatility with respect to other coating methods with the possibility of using several metals, alloys, composites. (see table of Targets below)

 

 

 

 

This process offers a big versatility with respect to other coating methods with the possibility of using several metals, alloys, composites. (see table of Targets below)

Sputtering is not only efficient and ecological but also cheap. It forms a stable contact between the film and the substrate a molecular bonding and the thinnest and most possible uniform coating.
Sputtering is a cold process and can be used to deposit both conductive and insulating materials on whatever type of substrate like metal, ceramic, glass, plastics etc.

 

 

Sputtering is not only efficient and ecological but also cheap. It forms a stable contact between the film and the substrate a molecular bonding and the thinnest and most possible uniform coating.
Sputtering is a cold process and can be used to deposit both conductive and insulating materials on whatever type of substrate like metal, ceramic, glass, plastics etc.

The Targets are the products that have to be deposited; they have planar, circular and tubular shapes and are installed in the sputtering equipment as cathodes.

 

 

The Targets are the products that have to be deposited; they have planar, circular and tubular shapes and are installed in the sputtering equipment as cathodes.

PURE METALS

Pure metal Purity Form Type
Ti 3N-5N Planar, Circular, Rotary Monolithic or multiple-section
Ni 3N5 Planar, Circular, Rotary Monolithic or multiple-section
Cu 3N5-4N5 Planar, Circular, Rotary Monolithic or multiple-section
Zr 2N-3N5 Planar, Circular, Rotary Monolithic or multiple-section
Nb 3N-3N5 Planar, Circular, Rotary Monolithic or multiple-section
Mo 3N5 Planar, Circular, Rotary Monolithic or multiple-section
Hf 2N-3N5 Planar, Circular Monolithic or multiple-section
Ta 3N-3N5 Planar, Circular, Rotary Monolithic or multiple-section
W 3N5 Planar, Circular Monolithic or multiple-section
Cr 2N5-3N5 Planar, Circular, Rotary Monolithic or multiple-section
Al 3N-5N Planar, Circular, Rotary Monolithic or multiple-section

METAL ALLOYS

Alloy Composition Form Type
Ti-Al 80:20wt%, 50:50at% Planar, Circular Monolithic or multiple-section
Ti-Nb 80:20wt%, 70:30wt% Planar, Circular Monolithic or multiple-section
Ti-Zr 80:20wt%, 70:30wt%, 50:50at& Planar, Circular Monolithic or multiple-section
Ti-Ni 80:20wt%, 50:50wt% Planar, Circular Monolithic or multiple-section
Ni-Cr 80:20wt% Planar, Circular, Rotary Monolithic or multiple-section
Ni-V 93:7wt% Planar, Circular, Rotary Monolithic or multiple-section
Cu-Ni 70:30wt%,65:35wt% Planar, Circular, Rotary Monolithic or multiple-section
Cu-Zn 90:10wt% Planar, Circular Monolithic or multiple-section
Nb-Zr 99:1wt%, 90:10wt% Planar, Circular Monolithic or multiple-section