Thematic directions

The alloys can be used in nuclear power engineering, in particular, as materials with a high hydrogen content, which hold much promise for neutron radiation protection as effective moderator of fast neutrons

Used in metallurgy, for producing iron in blast furnaces

The complex can be used in engineering and metallurgical industries, at labs and shops, specialized research institutes and universities for testing the cooling properties of different steel-tempering liquids; for development of more effective liquids in accordance with international standards; for contactless acoustic identification of cooling rate and mode in production environment

Basalt continuous fibers and textiles can be used as technical textiles for filters and water proofing membranes; as reinforcing material for composites (in boats, automobiles, aircrafts, cisterns, etc.); as reinforcing material for construction composites (reinforcement, roof materials, tubes, geogrids for roads, electrical insulations, etc.); and as reinforcement for fibrous concrete

Continuous contactless control of melt metal temperature in stream while tapping or pouring from metallurgical furnaces. Can be used for continuous temperature control of slab under mold, metal sheets, strips, and wires, as well as in chemical, refractory, glass, and other industries Contactless temperature control of cast iron while tapping from cupola furnace with a stationary mixer

Aerospace industry, microelectronics, railway transport, car- and shipbuilding

These containers can be used for storing cables, devices and control systems for fire-hazardous and explosive manufactures; munitions, explosive substances, and accoutrements Container for 152 mm caliber munition

The offering is designed to grow structurally perfect diamond single crystals to be used in electronics, optics, précising processing, and in other industries Equipment for growing structurally perfect single crystal diamonds: 6-cylinder hydraulic press CSXII; load 6 × 48.5 MN, piston diameter 750 mm, weight 70 tons; dimensions 4 × 4 × 4,5 m

The alloys can be used for producing cast and 3D-printed parts in automotive and aviation industries

The material can be used in clinics as sorbent for treatment of toxic poisoning; as filter for cleaning of blood and lymph; as antibacterial agent for treatment of wounds, eczemas, and burns; as antiradionuclide agent; as target drug carrier

The material can be used as electrode for super capacitors; as filter for water and air purification from hard metals, phenol, chlorine, and isotopes; as screen for protection from ultrahard radiation of control systems in robotics, rocket and nuclear power engineering

Mechanical engineering, chemical industry, metallurgy, automobile and aircraft industries

The materials are designed for protection of environment, electronic equipment, personnel, and information storage devices from electromagnetic fields and static electricity

The materials are to be used for creating sorbents and catalysts for high-temperature and high-exothermic reactions, hydrogen adsorbents, materials for defense industry and electronics

The technology can be used for manufacturing titanium alloy parts operating under noncritical loads for automotive, chemical, defense, medical, and aerospace industries

The induction heating machine is designed for electro-thermal treatment of components of various equipment. The scope of application covers thermal treatment of component parts and blanks, including heating while repairing industrial, power, and transport equipment

The cobalt superalloys with molybdenum and tungsten have many valuable properties for the advanced techniques and electronics, namely, high corrosion resistance, hardness, magnetic and catalytic properties, and wear resistance for the use in МЕМS

The epoxy-phenolic lacquers and enamels with bactericidal activity are to be used as protective coatings in machine-building, medical, and food industries

The erosion resistant CCCM are used in rocket, space, aeronautical, and mechanical engineering for manufacturing the critical elements of solid-fueled, liquid-propellant, and electrothermal rocket engines (critical sections, chambers, heat exchangers, heaters, etc.)

The seeds are to be used for manufacturing blades of gas turbine engines (GTE) operating at a high temperature, under mechanical loads and corrosion impact, for needs of aerospace engineering, shipbuilding, and power engineering

For photovoltaic and optoelectronic devices

The alloy can be used in metrology, geodesy, instrument engineering, and in laser optics (for telescopic systems and their structural components to ensure stability of their geometrical dimensions at varying temperature; electro-engineering products and measuring instruments, etc.)

The alloy can be used in machine-building, especially, to protect from wear the shroud platforms of turbine blades

The offering is designed for hardening, annealing, and etching flat-rolled metal products in specialized annealing lines; can be used in ferrous and nonferrous metallurgy

The developed ceramic biomaterials can be used in orthopedics, traumatic surgery, oncology, ophthalmology, and dentistry to repair bone tissue in various clinical situations; the bioactive ceramic powders are suitable for micro-plasma deposition of coatings with antibacterial properties on metallic implants

The alloy can be used to reinforce shroud platforms of aircraft turbine engines by coating their edges with wear-resistant powder material

The hydroxyapatite and biopolymer composite materials are to substitute for the hard tissues (bones, joints). The films and gels are used for treatment of burns and external injuries as hemostatic materials. The chitosan-based granules, beads, and gels are used to transport biologically active substances, proteins, DNA, drugs, and to normalize internal microflora

The cryogenic system is designed to implement the comprehensive technology for steelwork treatment. The technology combines deep cold cyclic treatment and tempering and improves operating properties of special steels

The alloys can be used to produce critical parts of cylinder-piston group by the casting method

The equipment and technologies are designed to prepare and to pour ferrous and nonferrous alloys into molds, die casting machines, and continuous casting molds, to cast under electromagnetic pressure, to obtain metal suspensions for aluminum alloy rheocasting technologies, and to prepare “copper-chromium cast iron” alloys with the “frozen emulsion” structure

For manufacture of circulating coins and coins of higher denominations

The technique is to be used for the heavy doping of a thin surface semiconductor region, the formation of an inverse layer and abrupt p-n junction, and the creation of In/Cd(Zn)Te/Au diode structures for X/γ-ray radiation detection

The epoxy-urethane modifiers of epoxy resins provide durable adhesive-bond joints for products of mechanical engineering, aviation, and shipbuilding industry

The nanoporous filter materials based on nuclear track membranes are to be used for the ultra-filtration in advanced industrial processes in medicine (for hemodialysis), electrical engineering (for production of chemical power sources), metrology (for gas purification), food industry (as semitransparent packing materials), etc.

Nozzles and cutting-tool cartridges for mechanical engineering, chemical and petrochemical industries; medical implant blanks

The materials are designed for applying thin-film coatings on germanium optical elements of devices operating in the IR range (imaging IR-equipment, night vision devices, etc.) by the thermal evaporation method in vacuum

The polyfunctional polyurethane materials (PPM) based on single synthetic model with the use of renewable raw materials are used to ensure durable bonding of different materials and to protect different types of surfaces (metal, concrete, brick, wood) from destruction under the action of (a)biotic and anthropogenic factors

The device is designed for obtaining semiconductor and scintillation crystals for ionizing radiation detectors

The device is used to synthesize microelectronic and optoelectronic materials

The unit is designed for the deep purification of enriched isotopes 106Cd, 116Cd, 64Zn, 128Te, 130Te, and others and for the creation of low-background scintillation crystals based on them to study the properties of neutrinos and the weak interaction and to search for effects beyond the standard model of elementary particles

The ceramic materials based on YAG doped or co-doped by Nd3+, Yb3+, Er3+ ions can be used as active media for new types of compact diode-pumped solid-state lasers. The ceramic-based microchip lasers can be employed in the devices for high-accuracy distance measurement, laser location and navigation, in communication and data record systems, and so on

Continuous light-guide temperature control of metal melts in furnaces and melting facilities, in metallurgy; salt and ceramic melts, gaseous environments, and brickworks in other industries Temperature indicator

The automatic control system is designed to monitor the remaining thickness of crucible and hearth inwall and the skull formation. This enables a safe and long-term operation of blast furnaces

The alloys can be used in construction as wall panels, hung ceilings, slabs for elevators, escalators, and tunnels for the purpose of electromagnetic shielding and sound absorption; in automotive industry as shock-absorbers in bumpers and supporting blocks; in machine-tool building as vibration damping shell

The proton conductive materials for high-temperature fuel cells and membrane catalytic contacts used in the synthetic fuel processes: synthesis gas conversion, olefins hydration, alcohols dehydration, and alkyl aromatics hydrocracking

For manufacturing cast articles operable at a high pressure, at foundries and machine-building plants

Hydraulic and floor covering, roofing, various bonding and sealing materials for automobile and construction industries, agriculture

Periodical contactless measurements of temperature of solid bodies, liquids, and gaseous environments in metallurgy, chemical, refractory, and other industries

The thermometers are designed for contact measurements of temperature of solid bodies, liquids, and gaseous environments with the help of thermoelectric transducers; used in metallurgy, chemical, refractory, and other industries. For temperature control of metal melts the thermometers are complemented with thermoelectric changeable transducers TCT-P TPD-C portable contact thermometer TCT-P thermoelectric changeable transducer Industrial application of TPD-C portable contact thermometers

The technology is used for production of figurine-shaped articles for mine and oil industry, machine-building industry, chemical industry, metallurgical industry, power engineering, orthopedics (hip joints), and dentistry (implants and prosthesis)

This technology is used to produce composite oxide powders for photocatalytic purification of air and water

Wire rod for manufacture welding materials and metal products

The technology is used for obtaining nonferrous materials with enhanced mechanical properties and operating characteristics for application in medicine (bone and dental implants) and aircraft industry (turbine engine blades)

The technology is designed to obtain low-sulfur and refined cast iron before its melting or cast iron products (ingots, pigs, castings)

Production of cast articles from aluminum alloys for aerospace industry, machine- and shipbuilding, instrument engineering, etc

Production of cast articles with enhanced properties for aerospace industry, machine, and shipbuilding, etc.

Production of aluminum alloy ingots at foundry shops of machine-building plants

The technology is used to create ceramic and composite nanomaterials for biomedical implants, corrosion-resistant ceramics for mechanical engineering, chemical and food industries; as well as to manufacture medical markers and catalysts, polymer nanocomposites, fluorescent and X-ray contrast materials Nanopowder ZrO2-3 mol % Y2O3 modified by F ions

The technology is designed to improve tribotechnical properties and corrosion resistance of titanium alloy friction couples operating under bearing pressure up to 10 MPa, particularly, in aggressive environments. It can be used in machine building, aviation engineering, aerospace industry, and medicine for treating surgical instruments, brackets, and shafts for curing bone fractures, as well as other products operating under bearing pressure and in corrosive environments

This technology is designed to enhance water repellency, corrosion resistance, and durability of concrete structures and products made of asbestos concrete and other organic and mineral concrete systems used in extreme operating conditions

The technology can apply to bulk or local/ surface treatment of parts and products in aerospace, automotive, chemical, and defense industries as well as in the manufacture of medical devices, including implants

Instrument-making industry: detectors of ionizing radiation, X-ray tubes

To produce BSFF (∅1÷3 μm) for the duplex technology. The product is obtained from 5÷20 mm gravel fractions in the form of canvas with a given density and size. This canvas is used for manufacturing environment friendly highly resilient heat- and sound-insulating materials with a high resistance to thermal transmission, aggressive substances, extreme temperature, and vibration to be employed in power engineering, metallurgy, machine-, aircraft- and shipbuilding industries, and construction General view of the plant

The plant is designed to produce activated coal with a high specific surface and a density of 0.5 g/cm3. This material can be used in medicine as sorbent or hemosorbent; in metallurgy, construction, machine building, and power engineering for manufacturing lithium-ion batteries; in military industry for the means of protection (gas masks and bomb shelters) etc.

The plant is designed for obtaining fine filler or filter powder from volcanic ash (perlite) of various deposits

The plant is designed for producing TEG that can be used in petrochemical industry as effective sorbent for liquidation of emergency spills of oil and oil products; in metallurgy, construction, and mechanical engineering for the manufacture of heat-resistant, sealing and leak-proofing materials; power engineering for the production of lithium-ion batteries, etc. Visualization of the reactor for synthesis of thermally expanded graphite

Rapid thermoelectric, thermographic and thermodynamic analysis of С, Sі, Мn content and carbon equivalent in cast irons and steels; С and Si content in cast irons and steels; Si, Fe, Mg, Ni, Cu, Mn, Zn, Ti content in aluminum alloys; graphite form in cast irons

The ferromagnetic nanoparticles can be used as magnetic inductors of nano-hyperthermia for controlled local heating of tumors

High-performance photoadhesive material for bonding foil to printed material using the method of cold foil stamping; can be used for manufacturing electronic and cable products

The photopolymer adhesives are designed for bonding organic and silicate glass to metals, ceramics, cement, wood, and plastics for civil aviation, machine-building industry, and for military purposes