Hydrogen respirator ydrogen production Hydrogen Breathing Machine

Product description

Hydrogen is the most abundant molecule in the universe and has the smallest molecular weight. It has powerful dispersion characteristics and can easily penetrate biological model structures such as organelles or cell nuclear membranes.

Hydrogen has many potential advantages over conventional drugs, such as not being able to react easily with other gases, including volatile narcotic drugs, at therapeutic concentrations. Many drugs are difficult to reach subcellular structures, such as mitochondria, endoplasmic reticulum and nucleus. The innate immunity in the body can be enhanced by enhancing the phagocytosis of phagocytes. Hydrogen molecules have been shown to have antioxidant effects in both in vitro and in vivo.

Principle

Hydrogen breath machine is using SPE technology to meet the requirements of water (resistivity is greater than 2 M Ω/cm, electronics or analyze industry with deionized water or secondary distilled water are available. It is sent to the anode room of the electrolytic pool, and the water immediately decomposes in the anode after electrification: 2H2O=4H++ 2o-2, decomposes into oxygen-rich ions (o-2), and then releases electrons in the anode to form (O2), which is discharged from the anode room and carries part of the water into the water tank.

Hydrogen protons reach the cathode through SPE ion membrane under the action of electric field force in the form of hydrated ion (H+H2O), absorb electrons to form hydrogen (H2), discharge from the cathode chamber and enter the gas-water separator to obtain high-purity hydrogen.SPE hydrogen production technology its full name is solid polymer electrolyte electrolysis water hydrogen production, the core is solid polymer electrolyte electrolytic cell, the electrolytic cell is composed of membrane - titanium alloy components - sealing components. The membrane module is the core component of the electrolytic cell, which determines the performance of the electrolytic cell and ensures the high purity, stable pressure, safety and continuity of the instrument output hydrogen.