The Institute of Mechanics of Metal-polymeric Systems named after V.A Bely offers consumers a fluoroplastic composite material Superfluvis on the basis of a manufactoring agreement or through technology transfer based on a license agreement and is looking for partners to conclude an distribution services agreement.

Superfluvis material is a composite based on fluoroplastic-4 and ground carbon fiber BELUM. It is distinguished by the use of a fundamentally new method of modifying a carbon filler with a nano-coating of a fluoropolymer in an electric discharge plasma. The gas-phase finishing of the fibers ensures the technological compatibility of the components and an increase in the properties of the composite: strength, hardness, thermal conductivity and wear resistance.

Designed for the manufacture of parts of friction units without lubrication, including: sealing rings of movable and fixed joints, piston rings, sliding bearings.

The material is produced in the form of blanks and a molding composition according to TU BY 400084698.178-2006 "Superfluvis antifriction material" dated 08.11.2006.

The main advantages of parts made from Superfluvis are the ability to work without lubrication, reduced wear of both the part itself and the mating surface, resistance to chemical attack of aggressive media, reliable operation in hard-to-reach places, at high loads and temperatures. The material is irreplaceable in heavy compressors, which must provide high purity of compressed gases and are used in the chemical, food, and automotive industries.

The material is produced in the form of blanks and a molding composition according to TU BY 400084698.178-2006 "Superfluvis antifriction material" dated 08.11.2006.

The Institute is engaged in fundamental and applied research in the following areas:
- interfacial phenomena in polymer systems, development of composite materials based on organic and inorganic polymers.
- physics, chemistry and surface mechanics, analysis of contact interactions, friction, wear and lubrication in mechanical and biological systems.

The Institute has long-standing cooperative ties with 100+ industrial enterprises and scientific organizations of Belarus. The Institute has created several brands of polymer composite materials for the leading sectors of the Belarusian economy. The equipment developed and manufactured at the institute was exported to Russia, USA, Switzerland, France, South Korea.

Customers interested in purchasing Superfluvis fluoroplastic composite material under a manufacturing agreement.

Consumers interested in purchasing technology for the production of fluoroplastic composite material Superfluvis under a license agreement.

Partners interested in purchasing Superfluvis fluoroplastic composite material under a distribution services agreement.