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Aircraft metallic materials >> Vacuum Plasma High Energy Technology (VPTHE method) for the production of coatings and ion surface treatment >> Extra capabilities

Extra capabilities

Ion etching of structural materials surface


Control of macrostructure of cast turbine blades with equiaxial and directional crystal structure (ion etching with the depth of several m m and the treatment affected area << 1 µm ).

Removal of defective surface layer of the most crucial parts (repair of turbine blades).

A 15-20% increase in low-cycle fatigue strength of the most crucial p arts of heat-resistant alloys, for instance GTE discs.

Ion saturation of parts surface in metallic plasma


Multifold increase in compressor steel resistance to salt corrosion (titanizing, titanium-zirconizing and aluminium-cobalt-yttrium-ciliconizing of surfaces (with the depth of 15-20 µm).

Control of structural-phase state and physical properties of surface.

Creation of effective barrier layers for protective coatings and increase in serviceability of parts with ion-plasma coatings.

To watch video
Molding of parts of polymer composite materials
High-temperaure automated test complex
Production of painting materials
Protective technological coatings for steels and alloys
Amorphous tape materials
“VIAM” FSUE climatic stations
Prof. S.I. Kishkina laboratory of material strength and reliability
Thermal analysis
Polymer composite materials
Experimental and industrial department for manufacturing phenolic-elastomer foam plastics
Shop for vacuum casting of blades with the single-crystal structure
S.T. Kishkin research and experimental centre
VIAM-2002 vacuum induction melting unit
MAP ion-plasma units
Express laboratory for determination of alloy chemical composition
X-ray flaw detection in VIAM
System for metallophysical analysis of metallic materials
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