The United Institute of Mechanical Engineering offers consumers the technology and equipment for flame spraying of polymer composite coatings on the basis of a license agreement and a commercial agreement with technical assistance, and also provides coating services for parts using the developed technology within the framework of a production agreement.

Using the principle of gas-dynamic activation, a design of a thermal spray has been developed, which makes it possible to regulate the density of the heat flux of a gas-flame torch, which ensures the spraying of thermoplastic powders with any melting temperature without changing the nozzle tip.

Purpose:
- long-term protection of parts and structural elements from the effects of a flux of thermal neutrons and aggressive media;
- electrical insulation of connections of electrical power fittings;
- isolation of contacting dissimilar metals to exclude electrochemical processes;
- restoration of defective polymer coatings on parts and structures in the places of their operation.

Competitive advantages:
-easy to implement the process, the ability to apply coatings to structural elements without disassembling them;
- a wide range of applied materials;
-Application of coatings on metals, ceramics, glass, building materials (concrete, brick, slate, wood);
-smooth adjustment of the composition of the combustible mixture (propane - air) and the shape of the torch;
- there is no need for balloon oxygen;
- no control panel required - all adjustments are installed on the body;
-the thermal spray is one of the lightest in the world in its class.

Results:
- adhesion strength, MPa - 8.0 ... 10.5;
-productivity, kg / h - 2.5 ... 3;
- material utilization factor - 0.85;
-sprayed material - polymer powder or a composition based on it;
-particle size, μm - 40 ... 300;
- polymer melting temperature, ° С - 90 ... 400;
- mass of the thermal spray (without sprayed material), kg - 0.8.

The United Institute of Mechanical Engineering develops scientific and scientific and technical cooperation, business relations with foreign partners and represents Belarus in the International Federation for the Theory of Mechanisms and Machines (IFToMM).

A number of treaties, agreements, and protocols on cooperation with foreign and international scientific organizations, higher educational institutions, and governing bodies in the field of scientific and technical activities have been signed.

Currently, the agreements reached with a number of foreign partners are being implemented in the following countries: Russian Federation, Republic of Kazakhstan, People's Republic of China, Federal Republic of Germany, Austrian Republic, Georgia, Republic of Latvia, Republic of Lithuania, Republic of Poland, Republic of Korea, Ukraine, etc.

Consumers interested in purchasing technology and equipment for flame spraying of polymer composite coatings on the basis of a license agreement or a commercial agreement with technical assistance.

Customers interested in application services for parts according to the developed technology within the framework of a manufacturing agreement.