Scope of application, analogues, novelty and advantages of the development: the development relates to the field of metallurgy, namely to chemical-thermal treatment and can be used for the manufacture of diffusion-hardened steel parts with increased durability during operation under conditions of mechanical wear.
Stage of development: limited production.
Investor risks, competition in the market: to date, the technology is unique and is not used in the market by other developers. Iridium crucibles are used for high-temperature crystal growth. Investors' risks are minimized, since the development has passed all the necessary tests. The adaptation of crystals to new laser systems is possible in the shortest possible time.
Legal protection of intellectual property objects: three patents for the invention were obtained BY 21805 of 2017.08.30, BY 21806 of 2017.08.30, EA 029930 of 2018.04.30.
Scientific and technical significance, description: the development is aimed at reducing the fragility of boron-containing thermal diffusion layers, increasing the functionality of the layer by modifying the layer.
Stage of development: limited production.
Investor risks, competition in the market: to date, the technology is unique and is not used in the market by other developers. Iridium crucibles are used for high-temperature crystal growth. Investors' risks are minimized, since the development has passed all the necessary tests. The adaptation of crystals to new laser systems is possible in the shortest possible time.
Legal protection of intellectual property objects: three patents for the invention were obtained BY 21805 of 2017.08.30, BY 21806 of 2017.08.30, EA 029930 of 2018.04.30.
Scientific and technical significance, description: the development is aimed at reducing the fragility of boron-containing thermal diffusion layers, increasing the functionality of the layer by modifying the layer.