TRL-6 The technology of composite soldering in a vacuum is intended for the correction of casting defects and the restoration after work of products made of heat-resistant alloys based on nickel, which are used in the fields of gas turbine construction, energy, chemical, aviation industry, etc. Market and economic attractiveness Increased productivity and efficiency of… Continue reading NN IMZ-01-01. A sample of an aircraft electro – pneumo -hydraulic valve body blank made by diffusion welding with thermocycling
NN IMZ-01-02. A sample of a metal-ceramic high-voltage hermetic conduit made by contact-reactive soldering in a vacuum
TRL-6 Ceramic vacuum seals are intended for use in mechanical engineering, energy, aerospace industry, instrument making and other industries Market and economic attractiveness The proposed Typical technology for the production of metal-ceramic assemblies of hermetic guides for electron beam guns in welding and spraying installations has successfully passed the test and manufactured products The optimized… Continue reading NN IMZ-01-02. A sample of a metal-ceramic high-voltage hermetic conduit made by contact-reactive soldering in a vacuum
NN IMZ-02-01. Environmentally friendly molten fluxes
TRL-8 Fluxes: AN-69 environmentally friendly molten flux for surfacing low-, medium- and high-alloyed steels (TU U 24.6-05416923-096:2008) ANK-45 environmentally friendly agglomerated flux for surfacing low-, medium- and high-alloyed steels (TU U 24.6-05416923-095:2008) AN-44 environmentally friendly molten flux for welding low-carbon and low-alloy steels ANK-73 environmentally friendly agglomerated flux for surfacing (TU U 24.6-05416923-101:2011) Market and… Continue reading NN IMZ-02-01. Environmentally friendly molten fluxes
NN IMZ-13-01. Highly effective technologies for manufacturing bimetals using laser and combined processes
TRL-6 Market and economic attractiveness The economic expediency of using the proposed methods of production of bimetallic materials is: in significant and rational saving of material and energy resources; reduction of the specific cost of used production areas and labor costs; the possibilities of optimizing the choice of the most effective method of manufacturing bimetals.… Continue reading NN IMZ-13-01. Highly effective technologies for manufacturing bimetals using laser and combined processes
NN ITS-10-01. Automated temperature monitoring in educational laboratories
TRL-8 Development of laboratory instances of Internet of Things tools, with hardware and software parts of clients, and a server, which have been successfully tested in terms of the performance of the built-in function of receiving data from temperature sensors and transferring data to the server database, with further access to the data in graphical… Continue reading NN ITS-10-01. Automated temperature monitoring in educational laboratories
NN MMI-06-01. Ultrasonic cavitation equipment for reagentless liquid disinfection
TRL-6 Ultrasonic cavitation equipment is designed to implement an ultrasonic cavitation effect on the flow of liquid for the purpose of disinfection, homogenization, degassing, extraction and activation. Market and economic attractiveness The device can be used for disinfection, homogenization, degassing, extraction and activation of liquids. The device is made in the form of a non-clogging… Continue reading NN MMI-06-01. Ultrasonic cavitation equipment for reagentless liquid disinfection
NN MMI-06-02. Ultrasonic cavitation device for extraction
TRL-6 The ultrasonic cavitation device was developed for the pharmaceutical industry in order to obtain medicinal preparations from rare and useful plants through cavitation extraction Market and economic attractiveness The device allows extraction of medicinal components from rare and useful plants without alcohol The main advantages (strengths) of the development The technology of ultrasonic cavitation… Continue reading NN MMI-06-02. Ultrasonic cavitation device for extraction
NN MMI-06-03. Ultrasonic liquid atomizers
TRL-6 Ultrasonic atomizers are designed to obtain a fine aerosol of liquids and molten metals Market and economic attractiveness The developed ultrasonic devices make it possible to obtain a high-quality monodisperse aerosol of liquids and molten metals due to the technology of ultrasonic spraying in a thin layer, which makes it possible to manufacture mechatronic… Continue reading NN MMI-06-03. Ultrasonic liquid atomizers