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PUREPEBRIX Hydrogen Water Bottle Generator - 9060 PPB Molecular Hydrogen

PUREPEBRIX Hydrogen Water Bottle Generator - 9060 PPB Molecular Hydrogen

Regular price $159.99 USD
Regular price Sale price $159.99 USD
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PUREPEBRIX H8000 Molecular Hydrogen Water Generator: Lab-Verified SPE/PEM High-Concentration Antioxidant HydrationSelective antioxidant hydration engineered to neutralize cytotoxic free radicals at the mitochondrial level.

Cellular voltage, enzymatic function, and mitochondrial energy production depend on maintaining an uncompromised biological redox state. Under chronic environmental, metabolic, and electromagnetic stress, excessive generation of cytotoxic reactive oxygen species (ROS)—specifically hydroxyl radicals (OH) and peroxynitrite (ONOO-)—leads to mitochondrial electron leakage and lipid peroxidation across cell membranes. The PUREPEBRIX H8000 Molecular Hydrogen Water Generator delivers therapeutic concentrations of dissolved diatomic molecular hydrogen (H2), functioning as an electron-donating selective scavenger that neutralizes destructive oxidants without suppressing essential cellular signaling messengers like nitric oxide or hydrogen peroxide.

Medical-grade SPE/PEM electrolysis delivering up to 9,060 PPB of pure dissolved molecular hydrogen.

Engineered with advanced dual-chamber Solid Polymer Electrolyte (SPE) and Proton Exchange Membrane (PEM) architecture, the H8000 features medical-grade platinum-iridium coated titanium electrodes that deliver documented, lab-verified saturation:

 5 Minutes: 4,340 PPB

10 Minutes: 6,590 PPB

 15 Minutes: 7,430 PPB

 20 Minutes: 8,160 PPB

 30 Minutes: Up to 9,060 PPB

Independently validated by H2 Analytics, this system forces nanobubbles of diatomic hydrogen into deep aqueous suspension while maintaining an optimal neutral pH.

Portable, high-yield hydrogen water generation with zero ozone and zero chlorine byproducts.

Unlike outdated, single-chamber alkaline water ionizers that leach chemical oxidants into your drinking water, the H8000 features a dedicated waste-gas relief port built directly into the bottom base. This mechanical barrier routes oxygen, toxic ozone (O3), and chlorine gas (Cl2) outside the vessel entirely, ensuring only pure, bioactive hydrogen reaches your cells. Encased in high-tensile, BPA-free Tritan engineered to contain high gas pressure without degradation, it provides up to 20 cycles per single USB charge for reliable home, clinic, and travel use.

Bypass oxidative stress and optimize cellular voltage with independent lab-verified H2 saturation.

Because molecular hydrogen is non-polar, electrically neutral, and has a molecular weight of only 2.016 g/mol, it diffuses effortlessly across the blood-brain barrier and penetrates the inner mitochondrial matrix where metabolic stress originates. In addition to direct radical scavenging, it stimulates the Nrf2-Keap1 pathway to promote endogenous production of superoxide dismutase (SOD), catalase, and glutathione. Designed for dual-action administration, the H8000 supports direct high-PPB drinking water and includes a dedicated nasal cannula adapter for direct respiratory hydrogen inhalation.

Mechanical & Performance Specifications

Electrolysis Architecture: Solid Polymer Electrolyte (SPE) / Proton Exchange Membrane (PEM)

Electrode Metallurgy: Platinum-Iridium Coated Titanium Catalytic Plates

Verified Dissolved Saturation: 4,340 PPB to 9,060 PPB (H2 Analytics Validated)

Byproduct Venting: Dedicated Lower Chamber Vent (Vents O2, O3, and Cl2)

Chamber Material: BPA-Free High-Pressure Food-Grade Tritan

Battery Endurance: Up to 20 Cycles per Charge (USB-C Fast Charging)

Hydrogen Retention: Up to 12 Hours Sealed; Consume within 30 Minutes of Opening

Administration Options: Liquid Ingestion & Nasal Cannula Gas Inhalation

Operating & Maintenance Protocol

Consumption Timing: To receive the highest concentration of dissolved gas, consume water within 30 minutes of cycle completion.

Base Relief Drainage: Water droplets appearing at the bottom exhaust vent every 3 to 4 cycles are normal byproducts of positive gas pressure separation.

Membrane Conditioning: If bubble generation decreases due to membrane dryness, soak the chamber with clean water for 20 minutes, then execute four 12-minute cycles daily for 5 days (leave cap vented during initial cycles).

Electrode Descaling: Clean periodically by soaking the interior with distilled white vinegar for 10 to 15 minutes to clear mineral scale from the plate surfaces, then rinse thoroughly. Never submerge the electrical base.

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