- Technology for photolithographic reproduction of precise metal pictures (NICR, AL, SI, CR,AG, INSNO, ETC) and insulators (ALN, Al2O3, Sl3N4 ,Glass, etc.) on a glass substrate by means of evaporated inorganic photoresist
- Vacuum deposition of thin layers of Cr, Al, Ag, Ni, CRN, CR2O3, CRC, ALN, ALON, ALC,DLC using thermal evaporation, high-frequency magnetron spraying and electronic radiant evaporation
- Amorphous diamond-like layers (DLL)
- Plasma- and ion-assisted processes for the preparation of thin layers with optic and other applications
- Technology for preparation of single crystalline and optic elements of beta-barium borate for nonlinear optic and laser applications
- Technology for the preparation of potassium titanyl phosphate single crystals
- Technology for production of Magnesia Alba
- Technology for production of magnesium hydroxide
- Technology for preparation of large crystals of magnesium carbonate trihydrate
- Technologies for producing the Solilug cosmetic series for talassotherapy (solution, wet napkins and gel)
- Technologies for producing the Sea Stars cosmetic series for aroma- and talassotherapy (solutions, wet napkins, gels, salts)
- Additives and technology for galvanic tinning
- Technologies and special chemical compositions for the principal processes in galvanotechnics: copper-plating, zinc-plating, tinning, nickel-plating, silver-plating as well as deposition of their alloys by electrolysis
- Electrochemical technologies for preparation of new materials for catalysts, some of them for ecological needs (e.g.air purification, etc.)
- Inhibiting compositions against corrosion of ferrous metals (steels, cast iron) mainly in water-cooling and heat-transferring contours/ as well as for a series of other productions
- Compositions and technologies for rust transforming, phosphatizing and passivating of metal surfaces
- Electrochemical technologies for destruction with a view to neutralization of harmful chemical pollutants in waters
- Multilayer galvanic coatings for protection of communicative and computer technics from electromagnetic influence
- Electrochemical technologies for preparation of nanostructural and nanocomposite materials
- Compositions and technologies for cleaning deposited layers (including from corrosion products) on metal equipments in industry and energetics
- Compositions and technologies for deoiling ferrous and non-ferrous metals
- Technology for electroextraction of zinc in hydroelectrometallurgy
- New materials for anodes for the needs of cathode protection from corrosion and for hydroelectrometallurgy of non-ferrous metals
- Technology for deposition of bright galvanic coatings of nickel and chemical compositions needed for the purpose
- Additives and technology of bright galvanic nickel-plating by an electrolyte eliminating iron pollution
- Technology and chemicals (additives) for deposition of galvanic coatings of zinc-cobalt alloys having a triply enhanced corrosion resistance as compared to zinc coverages
- Composition and technologies for chemical passivation of zinc and its alloys using no 6-valency chromium
- Composition with a strongly reduced acidity (weakly aggressive) for effective rust transformation
- Electrochemical technologies for preparation of catalysts for ecological purposes
- New silicate materials for construction (building)
- New materials for anodes in hydrometallurgy and for cathode protection from corrosion
- Electrolytes for galvanic silver plating and deposition of silver alloys
- Method and apparatus for express determination of the corrosion resistance of protective metal and alloy coatings
- LR-3 rust transformers
- Medium-temperature water-gas shift reaction catalyst
- High-temperature water-gas shift reaction catalyst
- Carbon monoxide and carbon dioxide methanation catalys
- Low-temperature carbon monoxide methanation catalyst
- Methane steam reforming catalyst
- Catalyst for ammonia decomposition
- Catalyst for oxygen removal from gases
- Catalyst for nitrobenzene hydrogenation to aniline
- Catalyst for hydrogenation of crotonic aldehyde to butanol and 2-ethylhexanal to 2-ethylhexanol
- Catalyst for selective hydrogenation of crotonic andehyde to butanal
- Kieselguhr as catalyst support
- Catalyst for hydrogenation of vegetable oils
- Sulfide ion removal from waste water
- Iron oxide for soft ferrites
- Iron oxide for hard ferrites
- Nickel oxide for ferrites
- Iron oxide for pigments
- Automated monitoring system for ethylene oxide plants
- Method of prognostication of industrial hydrogenation catalysts lifetime
- Automated system for kinetic studies
- Method of reactor loading in ethylene oxide plants
- Novel rubber stabilizers
- High efficiency stabilization of tyres and rubber goods
- Microprocessor multichannel system for chromatographic data acquisition and processing
- High-pressure laboratory gradientless catalytic reactors for gas -phase and liquid -phase measurements
- Combined pneumatic regulators for pressure and flow control
- Gas sampling devices
- Optical recording media for CD and DVD
- Ozonators for medical and industrial use
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