the center for advanced materials and additive technologies at kbgu has existed since 2017, but its pedigreeed in the sixties of the century by the outstanding soviet scientist professor abdullah mikitaev. the scientific heritage of which turned out to be so infectious properties, from which handrails in public transport can be made, window frames, an effective barrier to tuberculosis and covid. in addition, together with colleagues from st. petersburg , they have developed materials that are 10 times stronger, and at the same time half as light as aluminum, and they can be used in a temperature range from minus... 195 to + 230°. we are also engaged in the synthesis of such materials, since the materials are very strong, very light, do not dissolve in anything except sulfuric acid, do not corrode, they are in demand in almost all areas, but since imported materials are not available in our country now, we have developed our own domestic technologies for producing such materials, and naturally, they are much more expensive. and we continue the topic of medicine, perinatal center and specialti

the center for advanced materials and additive technologies at kbgu has existed since 2017, but it tracesboratory created in the sixties. years of the century by the outstanding soviet scientist professor abdullah mikitaev, whose scientific legacy turned out to be so rich, which was not only preserved, but also significantly increased in the works of his students. recently, the center created a composite material with disinfecting properties, from which handrails in public transport and window frames can be made, an effective barrier against tuberculosis and covid. in addition, together with colleagues from st. petersburg, they have developed materials that are 10 times stronger. and at the same time half the weight of aluminum, and they can be operated in the temperature range from -195 to +230°. we are engaged in including the synthesis of materials that are promising for aviation, for space, for medicine, for mechanical engineering, for railways and so on, since the materials are very strong, very light, do not dissolve in anything except sulfuric acid, and do not corrode, they are in