Emergency Situations Minister welcomed Russia’s latest security technology

Held in Moscow International Salon of "Integrated Security 2011", which was attended by over 500 participants from 15 countries.

According to the Russian Emergency Situations Minister Sergei Shoigu, the main thing — that this year there was serious union of science and industry. "It turns out very strong and productive cooperation, when times are reduced from the maximum idea to the finished products," — said the head of the Ministry of Emergency Situations.

Immediately on display Minister got acquainted with the example of a successful combination of scientific research and production complex in one of the Russian company — ZAO "FPG Energocontract."

Particular attention is drawn Minister newest scientific and industrial development "Energocontract" — rescue overalls, designed to work in adverse conditions and environmental hazards encountered during rescue operations (open flames, radiant heat, aggressive media, water vapor). Made of heat-resistant fabric with high strength and heat resistance, this suit has been successfully tested in the firing simulator *, confirming its reliability, ergonomics and comfort. The Minister reviewed the video of the test, as well as with modified their follow suit.

New boevka TBD-1 "Thermolux" also successfully tested not only in the firing simulator, but also by the trial operation of fire departments oil and gas companies. TBD-1 created by Russian specialists of innovative materials. Fire-and heat-protective top layer suit is made of aramid fibers are chemically synthesized, like that used in the aerospace and defense purposes. Derived from such fiber cloth does not support combustion, does not melt and retains its strength after repeated exposure to high temperatures (up to 400? C) and even an open flame. Waterproofing provides a heat-resistant suit besporovaya membrane — a performance and ease of use, similar to that used in expensive clothes for skiers. Valued for its ability to not get wet when spraying with (water-resistant), and output from the inside out water vapor, that is, sweat (water vapor permeability). To protect the costume has a heat-resistant insulating layer that allows boevku use at temperatures from — 40? C to +40? C The result had not only reliable, but also easy to set — weighing 4-4.5 kg vs. 6.7 kg earlier.

Sergei Shoigu interested in innovation and protection against harmful biological factors: the joint development of Russian scientists and specialists "Energocontract" — protivokleschevoy costume "Biostop." Today it is the most effective (100% on the conclusion of Epidemiology) and the most harmless to man defense against tick bites and other blood-sucking, and, therefore, from being infected by all viruses propagated by them. High reliability provides a combination of special fold-traps and placed them under sections with protivokleschevoy impregnation, the effect of which lasts for 3 years.

Since 2011, the advanced development of Russian experts will be used to protect firefighters and rescue workers of our country. So the new boevki and overalls will be delivered to regional offices Emergencies, Fire-test center of Moscow, Tsentrospas (FSE "state central airmobile rescue team" Russian Ministry of Emergency Situations), etc.
ZAO "FPG Energocontract" — a leading developer and manufacturer of innovative heat-resistant personal protective equipment. The company manufactures kits for protection against occupational hazards such as electric arc, static electricity, sparks and molten metal splashes, open flames, crude oil and petroleum products, as well as the bites of blood-sucking vectors of viruses.

www.energocontract.ru

* Firing Simulator — limited in size camera with a simulated source of ignition and to control the gas mixture through a special system of hatches and doors. Training in a simulator designed primarily to teach competently put out fires. They are firefighters and rescuers will know the laws of development of fires in confined spaces and the movement of air-gas mixture in a fire, work out the various elements (flash, reverse thrust, etc.) learn to control gas flows, produce psychological resilience and adapt to thermal stress. In addition, the simulator tests the ability of the equipment, gear and equipment.

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