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    Zelinsky Group Ltd Protivogaz
    Products
    • Facepieces
      Facepieces
    • Filters for industrial gas masks
      Filters for industrial gas masks
    • Fire Escape Hood
      Fire Escape Hood
    • Breathing Equipment with Compressed Air and Associated
      Breathing Equipment with Compressed Air and Associated
    • RPE with Chemically Bound Oxygen
      RPE with Chemically Bound Oxygen
    • Respiratory Protective Equipment for Civil Defense
      Respiratory Protective Equipment for Civil Defense
    • Accessories
      Accessories
    Our Company
    • About us
    • Privacy Policy
    • Manufacturing areas
    • Reviews
    News
    Contact Us
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      Zelinsky Group Ltd Protivogaz
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      • Products
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        • Facepieces
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          • Full face masks
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            • Full face masks
            • UNIX 6100 Full Face Mask with Chemically Resistant Coating
            • Full Face Mask UNIX 6100
            • Full Face Mask MAG-3L
            • Full Face Mask MAG
            • Full Face Mask MPG-IZOD
            • Full Face Mask ARTIRUS-U(R)
            • Full Face Mask UNIX 6200
            • Full Face Mask UNIX 5100
            • Full Face Mask UNIX 5000
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          • Isolating Half Masks
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            • Isolating Half Masks
            • UNIX 2100 Half Mask
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        • Filters for industrial gas masks
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          • Filters for industrial gas masks
          • Gas filters
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            • Gas filters
            • UNIX 520 В1Е2 Gas Filter
            • DOTpro 460+ А2В2Е2К2, Gas Filter
            • DOTpro 460+ А2В2Е2АХ, Gas Filter
            • DOTpro 250 А1В1Е1К1 Gas Filter
            • DOT М 600 В2Е2К2СО20SX, Gas Filter
            • DOT М 460 А1В1Е1К2СО15SX, Gas Filter
            • UNIX 521 А1В1Е1 Gas Filter
            • UNIX 512 К2 Gas Filter
            • UNIX 501 А1 Gas Filter
            • UNIX 531 А1В1Е1К1 Gas Filter
            • UNIX 502 А2 Gas Filter
            • UNIX 522 А2В2Е2 Gas Filter
          • Particle filters
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            • Particle filters
            • UNIX Р3 R Particle Filter
            • UNIX Р2 R Particle Filter
            • UNIX Р1 R Particle Filter
            • UNIX 233 P3 R D Particle Filter
            • DOT Р3 R D, Particle Filter
            • UNIX 223 P3 R D Particle Filter
            • UNIX 203 P3 R D Particle Filter
            • UNIX 303 P3 R D Particle Filter
          • Сombined filters
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            • Сombined filters
            • UNIX 541 A1B1E1K1HgP3 R D Combined Filter
            • DOTpro Premium А1В2Е2К2HgNOCOSXP3 R D, Combined Filter
            • DOTpro 600+ А2В2Е2К2АХР3 R D, Combined Filter
            • DOTpro 600 А3АХР3 R D, Combined Filter
            • DOTpro 150 А1В1Е1К1Р3 R D, Combined Filter
            • DOT М 600 А1В2Е2К2NOP3 R D, Combined Filter
            • DOT 600 К3Р3 R D, Combined Filter
            • DOT 600 А2В3Е3Р3 R D, Combined Filter
            • DOT 600 А2В3Е3АХР3 R D, Combined Filter
            • DOT 600 А2В2Е2К2Р3 R D, Combined Filter
            • DOTpro 320+ А2В2Е2Р3 R D, Combined Filter
            • DOTpro 320 А2В2Е2K2P3 R D, Combined Filter
            • DOTpro 320+ К2Р3 R D, Combined Filter
            • DOTpro 150 А1В1Е1Р3 R D, Combined Filter
            • DOTpro 320 HgР3 R D, Combined Filter
            • DOTpro 150 А1Р3 R D, Combined Filter
            • DOTpro 320 А2Р3 R D, Combined Filter
        • Fire Escape Hood
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          • Fire Escape Hood
          • Industrial Filtering Escape Devices
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            • Industrial Filtering Escape Devices
            • High-Efficiency Filtering Self-Rescuer GDZK ZEVS 40 Premium ABEKHgNOCOSXP
            • High-Efficiency Filtering Self-Rescuer GDZK ZEVS 30U
            • Filtering Self-Rescuer SPU-AGK (grade VE)
            • Filtering Self-Rescuer GDZK ZEVS 15U
          • Self-Contained Emergency Escape Breathing Device
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            • Self-Contained Emergency Escape Breathing Device
            • SIP-3 Universal Self-Contained Self-Rescuer (in storage box)
            • SIP-1M Self-Contained Self-Rescuer (in belt bag)
            • SIP-3 Self-Contained Self-Rescuer (in carry bag)
            • SIP-1M Marine, Self-Contained Self-Rescuer (in storage box)
            • SIP-1M Self-Contained Self-Rescuer (in storage box)
        • Breathing Equipment with Compressed Air and Associated
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          • Breathing Equipment with Compressed Air and Associated
          • Self-Contained Breathing Apparatus DASV-2 (DASV "ZEVS-type 2-1-X-X-PMG1-K-X-X)
          • Self-Contained Breathing Apparatus DASV-2 (DASV "ZEVS-type 2-1-X-X-PMZ1-S-P-X)
          • Self-Contained Breathing Apparatus DASV-2 (DASV "ZEVS-type 2-1-Х-Х-М210-К-Х-Х)
          • Self-Contained Breathing Apparatus DASV-2 (DASV "ZEVS-type 2-1-Х-Х-М200-К-Х-Х)
          • Self-Contained Breathing Apparatus DASV-1 (DASV "ZEVS-type 2-1-X-X-PMZ1-K-X-X)
        • RPE with Chemically Bound Oxygen
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          • RPE with Chemically Bound Oxygen
          • Mine Self-Contained Self-Rescuers (SCSR) and PROX Additional Equipment
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            • Mine Self-Contained Self-Rescuers (SCSR) and PROX Additional Equipment
            • Training Simulator PROX S
            • Universal Testing Device PROX Test
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            • PROX М60 Mine, Self-Contained Self-Rescuer
          • Self-Contained Self-Rescuers
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            • Self-Contained Self-Rescuers
            • Portable Breathing Apparatus PDU-5P with Hood in Sealed Case
            • Portable Breathing Device PDU-5P (mask in case)
            • PROX S25 (PDU-5K) Portable Self-contained Breathing Apparatus (hood in bag)
        • Respiratory Protective Equipment for Civil Defense
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          • Respiratory Protective Equipment for Civil Defense
          • Civilian Gas Masks
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            • Civilian Gas Masks
            • Civilian Gas Mask GP-21U, A1B1E1K1HgSXP3 R D, Category 3 (mask)
            • Civilian Gas Mask GP-21UV, A1B1E1K1HgSXP3 R D, Category 3 (mask)
            • Civilian Gas Mask MZS VK EKRAN
            • Civilian Gas Mask UZS VK EKRAN (VK 600 filter)
            • Civilian Gas Mask UZS VK EKRAN (VK 320 filter)
          • Protective Chamber for Children
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            • Protective Chamber for Children
            • Protective Chamber for Children
          • Spare Canister for Civilian Gas Masks (canisters GP, VK, DPG, PZU)
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            • Spare Canister for Civilian Gas Masks (canisters GP, VK, DPG, PZU)
            • FPK GP-9kB-Optim, A1B1E1K1HgP3 R D, Combined Filter
            • FPK GP-9kB-Optim-360, A2B2E2K2P3 R D, Combined Filter
            • VK 450 А1В2Е2К1HgNOCOSXP3 R D, Combined Filter
            • VK 320 A1B1E1K1P3 R D, Combined Filter
        • Accessories
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          • Gas Mask and Respirator Bags
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            • Gas Mask and Respirator Bags
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          • UNIX Respirator and Gas Mask Accessories
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            • UNIX Respirator and Gas Mask Accessories
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            • Particulate Filter Adapter
            • Protective Film for UNIX 6100/6200 Masks (10 pieces per pack)
            • Protective Film for Masks MAG, MAG-4, MAG-3L, UNIX 5000/5100 (10 pieces per pack)
            • Gas Mask Bag (red, model 2005)
            • Waist Bag for Respirator
            • Prefilter Retainer M
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      Dubininskaya str., 57, bld.2, office 211, Paveletskaya metro station, Russia, 115054, Moscow

      6 Galperina St., Perm, Russia, 614042
      export@zelinskygroup.com
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      105 years since the invention of the first effective gas mask

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      • 105 years since the invention of the first effective gas mask
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      In 1915, the first gas mask with the ability to absorb a wide range of toxic substances was developed by the outstanding Russian scientist Nikolay Zelinsky on the basis of the rubber mask of engineer Kummant. Like many years ago, nowadays Zelinsky gas mask is the primary foundation of the existing chemical protection.

      The tragic events of the First World War, when thousands of Russian soldiers died as a result of a gas chemical attack by the German army, forced the scientist Nikolay Zelinsky to concentrate on solving the task of saving human life. At that time, wet masks were widely used for protection - fabric soaked in a solution of hyposulfite, sodium phenolate and urotropin, which were based on the chemical binding of toxic substances. However, in addition to the obvious difficulties with use in combat conditions, they protected only from a narrow spectrum of gases. Therefore, the chemists of the warring countries were actively looking for non-specific adsorbents with the greatest adsorption capacity.


      Zelinsky thought that chlorine was still the most harmless gas that the German army could use. Back in 1885, during an internship in Göttingen, the scientist managed to synthesize a new substance - dichlorodiethyl sulfide. During this experiment, Zelinsky received severe burns and lay in the hospital for a long time. Indeed, soon the Germans used this so-called “mustard gas” in battle. Zelinsky wanted to help his homeland as a true patriot. He began the search for a universal chemical absorber that could clean the air of any substance that was sprayed.

      Ordinary charcoal turned out to be such a substance. Its adsorption capacity was discovered by the Russian scientist T. Lovits in 1875. It was only necessary to increase its ability to absorb substances, that is, to activate it as much as possible. After many experiments, Zelinsky

      succeeded. He calcined wet charcoal at high temperature. Each grain of activated carbon is a labyrinth of microscopic channels, and particles of any gas get stuck in them when it passes through. But there is an important exception to this rule - the oxygen necessary for breathing passes through activated carbon unhindered.


      In the summer of 1915, Zelinsky personally conducted an experiment in St. Petersburg laboratory of the Ministry of Finance and spent several minutes in a room poisoned with chlorine and phosgene, pressing a scarf with 50 g of crushed activated carbon to his mouth and nose. And in early August 1915, the scientist first reported on the remedy he had found at a meeting of the gas mask commission in Petrograd. It remained to solve the constructive task - to create a respirator that completely isolates the respiratory organs from the environment and directs inhaled air through a layer of activated carbon.

      The design of the gas mask was proposed to Zelinsky by an engineer from St. Petersburg, E. Kummant. The device was a hermetically sealed rubber mask. Zelinsky supplemented it with a box of granular activated carbon.


      The scientist also conducted the first test of a ready-made gas mask personally, as did the first experiment with activated carbon. In a mask equipped with an activated carbon respirator, he was able to stay for half an hour without experiencing any unpleasant feelings. On September 3, 1915, Zelinsky’s colleague at Moscow University M. Shaternikov was in this gas mask in a chamber with a mixture of chlorine and phosgene for 50 minutes without any harmful health effects.

      The very first tests confirmed that Zelinsky gas mask is more effective than all other means and systems of chemical defense. It remained to provide the army with a new reliable means of protection. But the introduction of this simple and effective device was delayed for six months. All this time, Russian army suffered heavy losses from the effects of toxic gases.

      In early 1916, Zelinsky addressed to the Headquarters of the Supreme Commander-in-Chief of the Russian Army, headed by Emperor Nicholas II. On February 3, 1916 tests were carried out on all the main means of protection against toxic gases. S. Stepanov, a long-term employee of N. Zelinsky, spent more than an hour in the poisoned atmosphere of chlorine and phosgene in Zelinsky's gas mask, which was an absolute record. The Zelinsky-Kummant gas mask was adopted by the Russian army. All other gas masks were withdrawn from use.


      “Don’t be afraid to use my gas mask! It will save you from any gases” - the scientist said. This gas mask saved the lives of millions of soldiers and officers of the Russian army.

      Zelinsky did not receive any award from the government. However, no one could deprive him of the most important reward, which, as he said, “he wore in his heart” - the realization that he could save millions of human lives from death.



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      Dubininskaya str., 57, bld.2, office 211, Paveletskaya metro station, Russia, 115054, Moscow

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