V.N. Gulbin - Ph. D. (Eng.), Member of Russian Nanotechnology society, Head of Department of Radioprotection materials, OJSC «EMC «Vega» Corp. E-mail: vngulbin@mail.ru
V.V. Cherdyntsev - Ph. D. (Phys.-Math.), Associate Professor, Department of Physical chemistry, NUST «MISIS» (Moscow). E-mail: vvch@misis.ru
V.V. Polivkin - Leading Process Engineer, OJSC «EMC «Vega» Corp. E-mail: polivkin@imc-vega.ru
V.V. Gorkavenko - Ph. D. (Phys.-Math.), Senior Research Scientist, Head of Scientific and technical Department, OJSC «EMC «Vega» Corp. E-mail: v.v.gorkavenko@mail.ru

Continuous technical progress and the development of science in the modern age lead to the widespread use of equipment emitting electromagnetic radiation. In order to obtain the radio protective properties of the materials developed radio absorbing carbon composition, giving the various materials and products functional property of absorbing electromagnetic radiation. Determination of radio physical properties of polymer composites were determined by measuring the reflection and transmission coefficients of electromagnetic radiation in the ultrahigh frequency range. The use of the composition and carbon nanotubes obtained highly effective radio protective polymeric composites based on ultrahigh molecular weight polyethylene, liquid resole type oligomers and polycarbonate. Structural studies have been carried out and the physical and mechanical testing radio protective ultrahigh molecular weight polyethylene. Tested flame retardant foam composite radio protective and investigated the radio protective polycarbonate filled with carbon nanotubes. Developed polymer composites are designed to reduce the electromagnetic field in the city, civil or industrial buildings and structures to values corresponding to the sanitary standards. In the resulting radio protective composites using environmentally safe carbon components and these composites allow a person to get rid of electromagnetic pollution in its habitat, especially in large megalopolis areas.