Working principle:
Using SPE electrolysis technology, pure water/distilled water is sent into the anode chamber of the electrolysis cell; After being powered on, water immediately takes away electrons E and decomposes at the anode; 2H20-4e=4H -+02 generates hydrogen ions and oxygen, which is discharged from the anode; Hydrogen ions form hydrated ions and, under the action of electric field force, pass through the SPE ion membrane to reach the cathode, absorb electrons, form hydrogen gas, and are discharged from the cathode chamber; Enter the gas water separator to produce moist high concentration hydrogen gas.
Using PEM+MEA hydrogen module
Perfect hydrogen oxygen ratio of 80%, high purity of 20%, high quality, long lifespan, and small size
The proton exchange membrane (PEM) used in the hydrogen oxygen machine is one of the most important components in proton exchange membrane fuel cells. The function of proton exchange membrane is to conduct protons (H+). In the polymer structure of proton exchange membrane, there are various ionic groups, but it only allows the ion H+to pass through, and other ions, gases and liquids cannot pass through. MEA: It is a sandwich unit membrane electrode assembly composed of a catalyst layer, a gas diffusion layer, and a proton exchange membrane.

This module has the following advantages:
(1) Proton exchange membrane hydrogen production module operates at room temperature (5-60 degrees) and starts/stops quickly
(2) The proton exchange membrane hydrogen production module has the characteristic of only being able to separate hydrogen and oxygen through hydrogen ions
(3) The proton exchange membrane hydrogen production module can carry a current of up to 1-2A per square centimeter, which is comparable to other proton exchange membranes
Its lifespan is more than twice that of other ion exchange membranes, as it is 2-3 times longer;
(4) The catalyst layer of the proton exchange hydrogen production module is made of platinum and carbon black as raw materials, without transition metals such as ruthenium and iridium
The substance produced by transition metals produces hydrogen gas of medical grade;
(5) The proton exchange membrane hydrogen production module has a unique sandwich structure patent and advanced technology of infinite series connection, and its volume is also smaller
The advantage of other hydrogen production modules being small.

Product parameters: