Technologies are developed and the equipment is modernized for deposition of the different types of coatings on the metal and ceramic substrates. The deposition methods are based on novel ion-plasma and plasma- chemical vacuum processes of thin coatings deposition .
It is possible to deposit:
Pure metals (Ni; Ti; Cu; W; Mo; Cr, Nb, Ta, Fe, Zr, Al etc.);
Their alloys ;
Their nitrides;
Carbides and carbide-nitrides;
Oxides etc.
Different composition, that do not exist under metallurgical methods (Cu-MoN)

The wear resistance of the articles after deposition of the coatings increases in up to 10 times. The layers from refractory metals have extra high corrosion resistance, close to enamel. As the example, the tungsten coated chemical reactor is shown on page. This reactor was tested in the pharmaceutical industry and was demonstrated high performance. Additionally to high corrosion resistance it has high Shock and Thermo-shock resistance.

Proposed products are: equipment and coated articles according to client requirements.
Innovative Aspects and Main Advantages
There are the following main advantages of proposed products:
Equipment is much less expensive then European analogues with the same quality. It can be attractive for SMEs. Estimated cost of the coated samples is three times lower then European analogues. The delivering time is inside two-three days.

Areas of Application
The technologies are applying in airspace industry; atomic industry; engineering, glass manufacturing, power generation and other sectors.

Stage of Development
The equipment and technologies are ready for small-scale production. It is possible to modify the technology up to client requirements. We are looking for the partners for products and technologies promotion to the World markets.

Rambler's Top100 ?????????? ???????
?????????? ???????