Hydrogen and oxygen machine sucks high-purity PEM

How does a Hydrogen Inhalation Machine produce hydrogen water: The hydrogen produced by the proton membrane electrolysis in the electrolyzer dissolves into the water and exists in the water in the form of extremely fine bubbles. The more bubbles, the higher the hydrogen content in the water, so hydrogen dissolution is related to time. But it will reach saturation after a certain period of time. Use the hydrogen produced by the Iife Reaction Hydrogen Inhalation machine to produce hydrogen water. First, insert a hydrogen suction tube into the hydrogen outlet, and connect the other end of the hydrogen suction tube to a hydrogen water rod (also called a dissolved hydrogen rod). It is a kind of hydrogen water rod that generates rich Simple tool for hydrogen water. Insert the hydrogen rod into a cup with drinking water (300ml-500ml water) for 5 minutes or dissolve the hydrogen for 10 minutes to prepare high-concentration hydrogen water of 1200ppb-1500ppb. The hydrogen production concentration of the molecular Inhalation Machine machine is The hydrogen production efficiency and safety are very guaranteed.

Hydrogen production principle of Hydrogen Inhaler. Currently the better quality Portable Hydrogen Inhaler products on the market, Molecular Hydrogen Inhaler mostly use SPE Proton Membrane Electrolysis Technology. This technology uses a high-density proton exchange membrane as the solid electrolyte, with membrane electrodes, to efficiently electrolyse pure water to produce pure hydrogen and oxygen. Hydrogen will be discharged through the vent, and the human body will only ingest the high purity hydrogen.

SPE Hydrogen Inhaler, as the name suggests, uses pure water electrolysis to produce hydrogen. This method not only avoids chlorine, hypochlorite, ozone and other harmful by-products that may be produced by traditional water electrolysis, but also makes it possible to do solid-state electrolysis through a polymer proton exchange membrane, resulting in a complete separation of hydrogen and oxygen. At this point, only need to add pure water, you can produce hydrogen with a purity of more than 99%. Moreover, due to the complete separation of hydrogen and oxygen, the risk of combustion and explosion that may occur when the Vital Reaction Hydrogen Inhaler equipment is operated at high speeds is avoided, thus improving the safety of the equipment.




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