Composite materials such as carbon fiber reinforced plastic, glass-fiber reinforced plastic, basalt fiber reinforced polymers, aramid plastic and metal composites, high-tech ceramics as aluminum, zirconia, oxide, nitride, carbide, new construction materials – new insulating materials from foam glass, modifying agents of roadway surfacing based on rubber powder or polymer fibers, new concrete types. The application range is the widest – space and aircraft industry, construction engineering, medicine, protection and safety
Film heaters represented by substrates made of oxynitride ceramics or aluminum with an oxide ceramic coating and Ni-Cr coating are designed for heating of electronic devices
Coatings serve to protect machine parts operating at high temperatures; very resistant to sulfide corrosion, guarantee a high degree of erosion resistance
Сoatings significantly increase wear resistance of expensive and critical machine parts and tools
APPLICATION
Production of high-quality castings from heat- resistant alloys using secondary raw materials. Alloys are produced in graphite crucibles under induction heating in a vacuum environment (0,133 Pa) with subsequent casting into a ceramic mould
Protective coatings obtained by the method of self-propagating high-temperature synthesis (SHS) are designed to protect the surface of refractory materials from thermal shock fractures, chemical exposure and mechanical effects. Easily accessible components are used as a coating base. Coatings are formed on the surface of refractory materials during the initiation of the SHS reaction under normal operating conditions of thermal generating units at temperatures of 700–850 °C
Protection of electronic devices put in plastic housings along with various displays from external electromagnetic fields that could trigger distortion in their operation and memory. The coating ensures protection from electromagnetic fields emitted by these systems
Coatings improve transmission capacity of optical elements and reduce their reflection for visible light
Ceramics based on sintered Al2O3 and SiC for manufacturing special-purpose products (armor plates, friction pairs, etc.). Ceramics have high strength and hardness, which ensures the necessary wear resistance and impact toughness
Ceramic heat-resistant products based on mullite-cordierite and phosphate systems have good thermal and electrical properties, exceptionally high heat resistance and high thermal shock resistance (temperature variation rate> 2ºС/s). They are used as electrically insulating products of different configurations in thermal generating units (furnaces, induction plants, etc.), as infrared emitters in heating plants, etc.
The oxide, metal and composite nanocrystalline powders obtained by exothermic synthesis method have particle sizes of 5–80 nm, high specific surface area and chemical purity. They can be used in the fields such as catalysis and chemical synthesis, physics and optics, etc. Methods for obtaining metals Co, Ni, Cu, as well as their compositions with Al2O3 , MgAl2O4 , etc., methods for producing ceramic nanocrystalline powders of titanates and zirconates, REE garnets, molybdates and others have been developed
Economically alloyed grade of steel is versatile in the price-quality relation. It enables to use it when obtaining low- and high-load gear wheels
The gravure is formed at insert forging. The production costs are reduced by 2.5 times as compared to manufacturing from rolled metal. High durability is provided due to forming of a wear-resistant surface layer in the process of obtaining a casting and plastic forming of an insert
