• Titanium Anode Electrolyzer Manufacturer & Water Electrolysis Hydrogen Solutions Supplier
GET A QUOTE
✖
    未标题-1富氢水杯电解模块02未标题-4 拷贝

    Hydrogen Oxygen Separation Module for Hydrogen Water Bottle

    Hydrogen and oxygen are kept apart inside the cell. An ion membrane or MEA lets hydrogen through and routes the oxygen out through its own exhaust port, so what reaches your drinking water is hydrogen, not a mixed gas - no mixed bubbles in the cup, no salt, no chemicals. Two output levels are available: 2,000 PPB with the ion membrane configuration, or 4,500 PPB with the MEA. The platinum-coated titanium electrode plates run at 0.8-1.0 A and 2.5-3.5 V, with electrode life verified to 30 hours or more in an accelerated test. The module is 43 mm in diameter, weighs 33 g, and gives you three ports: two for water and electrodes, one dedicated to the oxygen exhaust.

    It is built for hydrogen-rich water bottles and vacuum cups, countertop and bench-top hydrogen water machines, portable H2 generators, wellness and beauty appliances such as face misters and antioxidant water devices, water-ionizer platforms, and OEM appliance integration inside any defined envelope.

    We are the factory, not a trading company. HOMIXE runs its own electrode coating line, its own R&D team and its own mould shop in Foshan - so a custom housing, a new port layout or a different membrane configuration is developed and tooled in-house rather than outsourced. Every batch is life-tested and leak-tested before packing, and orders are traceable from a 1-10 piece sample through to OEM production.


    Samples:

    1-10 piece

    Shipping:

    PAD, By air, Sea freight

    Place of Origin:

    Foshan China

    Payments:

    L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

    Lead Time:

    7-10 days

    Customization:

    Customized logo (Min. Order: 100 sets),Customized packaging (Min. Order: 500 sets),Graphic customization (Min. Order: 500 sets)

    Services:

    OEM,ODM

    Certificate:

    ISO9001, ROSH, SGS

    Product NameHydrogen-Oxygen Separation Module (hydrogen-rich water electrolysis module)Brand NameHOMIXE
    Model NumberHM-HONS8258FeatureHydrogen and oxygen separated inside the cell. Hydrogen dissolves into the drinking water; oxygen is vented through a dedicated exhaust port, so no mixed gas enters the cup. No salt, no chlorine, no chemical additives.
    GradeGR1 TitaniumCertificateISO 9001:2015, RoHS, SGS · MTC and CoC on request
    ApplicationHydrogen-rich water bottles and cups; hydrogen water machines; portable H₂ generators; wellness and beauty appliances; OEM appliance integrationCustomizationLogo, housing colour, nozzle layout, cable & terminal, packing, custom PPB specification
    CoatingPlatinum (Pt)Lead Time7 – 15 days after deposit



    Product Details▼
    Product NameHydrogen-Oxygen Separation Module (hydrogen-rich water electrolysis module)Brand NameHOMIXE
    Model NumberHM-HONS8258FeatureHydrogen and oxygen separated inside the cell. Hydrogen dissolves into the drinking water; oxygen is vented through a dedicated exhaust port, so no mixed gas enters the cup. No salt, no chlorine, no chemical additives.
    GradeGR1 TitaniumCertificateISO 9001:2015, RoHS, SGS · MTC and CoC on request
    ApplicationHydrogen-rich water bottles and cups; hydrogen water machines; portable H₂ generators; wellness and beauty appliances; OEM appliance integrationCustomizationLogo, housing colour, nozzle layout, cable & terminal, packing, custom PPB specification
    CoatingPlatinum (Pt)Lead Time7 – 15 days after deposit



    How the Separation Module Works

    It is a small water electrolyser running on low-voltage DC. Water sits against two platinum-coated titanium electrode plates. Apply current and the electrical energy splits the water molecules: hydrogen forms at the negative electrode as H₂, oxygen forms at the positive electrode as O₂. Nothing is added to the water — no salt, no electrolyte, no chemicals.


    What makes this module different from a non-separation type is the membrane sitting between the electrodes. It is permeable to hydrogen but blocks oxygen, and the oxygen is routed to its own exhaust nozzle. Hydrogen is carried into the drinking water; oxygen leaves the bottle. The two gases never recombine inside the cup, which is why the separation type reaches a higher hydrogen concentration and gives a cleaner drinking experience.

    What you get with separation

    • Higher hydrogen concentration — up to ≥ 4,500 PPB with the MEA configuration

    • Oxygen leaves through a dedicated exhaust port instead of entering the water

    •No mixed-gas bubbles in the cup

    • Supports a PPB claim on your retail packaging

    • Preferred architecture for premium bottles and countertop machines

    What it asks of your design

    •One extra tube and nozzle position for the oxygen exhaust

    •Slightly larger envelope than non-separation — Ø43 mm, 33 g

    • A constant-current drive between 0.8 and 1.0 A

    • Water kept between ambient and 60 °C, module stored damp

    •Membrane activation (soak) before first use

    Applications

    Designed for Water Electrolysis, Hydrogen Generation and Customized Electrochemical Equipment

    Premium hydrogen water bottlesPremium hydrogen water bottles

    Premium hydrogen water bottles

    Hydrogen water machinesHydrogen water machines

    Hydrogen water machines

    Wellness & beauty appliancesWellness & beauty appliances

    Wellness & beauty appliances

    HHO GeneratorHHO Generator

    HHO Generator

    Water-ionizer platformsWater-ionizer platforms

    Water-ionizer platforms

    OEM appliance integrationOEM appliance integration

    OEM appliance integration

    Installation & Handling Notes

    Six points that decide whether the module performs to spec in the field.

    • Activate the membrane first. Soak the module in cold water for 10 hours, or in 50–60 °C warm water for 1 hour. This activates the membrane and you get a noticeably stronger bubble output from the first cycle.

    • Polarity matters. Wire the module backwards and output collapses — you will see a very small gas volume with oxygen appearing on the hydrogen side. Polarity is marked on the module body.

    • Keep it wet. Store the module damp when it is not in use. A membrane left to dry out is damaged and its performance drops permanently.

    • Water temperature ≤ 60 °C. Above 60 °C the module is damaged, and any hydrogen produced escapes from the water very quickly.

    • Fastening. M2.5 screws. Specify titanium screws for better corrosion resistance — length to your drawing.

    • Leak check before you commit. Close the bottle cap, run 30 minutes of continuous electrolysis, then rest 30 minutes. No leakage is acceptable.


    Quality Assurance — Every Module Tested Before It Ships

    This module goes inside somebody's drinking-water product. Each batch is tested in-house, not sampled at random.

    Documents issued with your order on request

    • Material Test Certificate 

    • Certificate of Compliance (CoC)

    • Electrode accelerated life test report

    • Batch traceability record

    Certifications: ISO 9001:2015, RoHS, SGS. CE available on request for finished appliance projects.


    Testing performed

    1. Accelerated life test — coating life verified to ≥ 30 hours per T/GDIDA 002—2023, Annex C

    2. Working current test — constant current 1 A, voltage confirmed below 3.5 V

    3. Working temperature test — RO water, 10 minutes of electrolysis, water temperature must stay below 45 °C

    4. Pressure / leak test — 30 minutes continuous electrolysis with the cap on, then 30 minutes at rest, no leakage permitted

    5. Appearance & dimensional check — electrode spacing, terminals and housing inspected before packing


    Technical Specification Sheet

    Tested parameters, not catalogue estimates. Every batch is verified in-house before it ships.

    ParameterSpecification
    ModelHM-HONS8258
    Electrolysis TypeHydrogen-oxygen separation
    MembraneIon membrane or MEA — two configurations
    Hydrogen OutputIon membrane ≥ 2,000 PPB · MEA ≥ 4,500 PPB
    Electrode CoatingPlatinum (Pt) on titanium
    Electrode Accelerated Life≥ 30 hours per T/GDIDA 002—2023, Annex C
    Recommended Working Current0.8 – 1.0 A
    Recommended Working Voltage≤ 2.5 – 3.5 V
    Water Pressure Range≤ 0.5 MPa
    Working Water Temperature≤ 60 °C · after 10 min of electrolysis the water stays below 45 °C
    Water QualityRO water, TDS < 10 ppm, or purified water
    Diameter / Net WeightØ 43 mm / 33 g
    Shipping Weight150 g per unit (carton pack)
    PackingStandard export packing, carton — packing material not returnable
    CertificateISO 9001:2015, RoHS, SGS
    Sample / Lead Time1–10 pcs / 7–15 days after deposit



    Is the Separation Module Always the Right Answer?

    No — and we make both, so we will tell you honestly. If your bottle is slim, your volume is high and unit cost is the deciding factor, the hydrogen-oxygen non-separation module (HM-HONS8428) gets you a working product for less: no membrane, no exhaust tube, only 12 g and 12.5 mm thick. The trade-off is a lower achievable hydrogen concentration and a mixed gas entering the water.

    Key differenceHM-HONS8258 — SeparationHM-HONS8428 — Non-Separation
    Hydrogen output≥ 2,000 PPB (ion membrane) / ≥ 4,500 PPB (MEA)1200-1500ppb
    MembraneIon membrane or MEANone
    Ports3 — incl. oxygen exhaustNone
    Net weight33 g12 g
    ThicknessØ 43 mm module body12.5 mm flat disc
    Best forPremium bottles, high-PPB claims, countertop machinesSlim bottles, entry-level and high-volume programmes


    Why Buy Hydrogen-Rich Water Electrolysis Modules from HOMIXE?


    A factory-direct manufacturer of hydrogen-rich water electrolysis modules — built to your bottle, your PPB target and your duty cycle.

    6392390192527174199842526.png

    Online feedback
    Or please use the following table for reference. Our sales representative will contact you within 24 hours. Thank you for your attention to our products
    *
    Name
    *
    Phone
    *
    Email @
    *
    Choose country
    *
    Content

    • How much hydrogen does the separation module produce?
    • Why choose separation instead of a non-separation module?
    • Do I need to add salt or any chemicals to the water?
    • What power supply does it need?
    • Why is the output low on my first test?
    • How should I store the module before installation?
    • Minimum order, lead time and samples?