Joint-Stock Company "NEOMAT CO." (as Special Design Technological Bureau of Inorganic Materials of the Academy of Sciences of Latvia up to 1992) has developed the high technologies and equipments for theproduction of nanodispersed pure ceramic and metallic powders by plasmachemical synthesis method. Over twenty years` experience in this line directed to the fulfilment of the orders of themilitary-industrial complex for the creation of science-intensive products provides successful use of our powders for many important branches of industry such as aeronautics, aviation, electronics,metallurgy, motor industry, chemical industry et al. Major uses for our powders include turbine blades, combustion chambers for aerospace and aircraft vehicles, bearings, heat exchanger parts, electronicsand electrotechnics devices, surgical instruments and microspheres for medicine, seals and trim parts, components used in chemical industry and metallurgy et al. Owing to the conditions of the plasmachemicalsynthesis the nanodispersed powders with new phase composition and properties are formed (in comparison with traditional techniqies). One of the important properties is the high activity of the nanodispersedpowders. The small size of particles of nanodispersed powders produced by plasma chemical synthesis method is decreased the grain size during recrystallization, at the same time the velocity of phasetransition is increased, this method provides the homogenous dispersion of ingredients of composition (nitride+oxide et al.) also. As result the advanced technical characteristics are occured (in comparisionwith traditional). Our nanodispersed powders are also using as mixture with ”traditional” ones with average particle size of mkm and more, for example for the sintering`s activators, what is provided theattainment of the specific technical effect. In this case the content of nanodispersed powders is on theaverage in the range of 3% up to 8%. We offer nanodispersed pure powders (average particle size of 20nm up to 80 nm): Silicon Nitride (Si3N4), Aluminium Nitride (AlN), Titanium Nitride (TiN), Titanium Carbonitride (TiCN), Silicon-Nitride-Yttrium Oxide (Si3N4-Y2O3), Silicon Nitride-Yttrium Oxide-AluminiumOxide (Si3N4-Y2O3-Al2O3), Silicon Carbide-Silicon Nitride (SiC-Si3N4), Silicon Carbide (SiC), Aluminium Oxide (Al2O3), Silicon Oxide (SiO2), Titanium Oxide (TiO2), (Na-Li) Aluminate, Coppernanopowder suspension in oil, Copper nanopowder modified by oleic acid, Tin nanopowder modified by oleic acid, other nitrides, oxides, carbides and composites on its base.