Separated SPE/PEM electrolysis for fresh hydrogen water in 2 or 5 minutes.
HWB01 · 400 ml · 2/5 min · USB-C
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A dual-chamber SPE/PEM system for daily hydration, with a 400 ml drinking chamber and simple 2- or 5-minute cycles.
Three areas being explored in molecular-hydrogen research.
Researchers are studying molecular hydrogen and oxidative stress. The effects of drinking hydrogen water in humans remain under investigation.
H₂ is a small molecule that can diffuse across biological membranes. This property alone does not demonstrate a health benefit from drinking hydrogen water.
Small studies have explored hydrogen water and exercise recovery. Findings are preliminary and depend on the study conditions.
Three simple steps to unlock high-concentration molecular hydrogen, powered by isolated SPE/PEM technology.
Add purified water to the 20 ml base tank and follow the manual.
Add up to 400 ml of drinking water to the upper drinking chamber.
Choose a cycle, then drink after it finishes.
Drinking water and electrolysis should not share one chamber. Fulmor keeps them apart—with a 400 ml drinking chamber and a dedicated 20 ml electrolysis reservoir.
Holds up to 400 ml of drinking water in a dedicated chamber, separated from the electrolysis reservoir.
Holds purified water for electrolysis, separate from drinking water. Refill and maintain it as directed in the manual.
The SPE/PEM module is the core of the separated electrolysis system, with distinct paths for drinking water and electrolysis.
Separated electrolysis helps keep ozone and chlorine odors away from drinking water.
A leak-resistant seal supports clean, dependable everyday use.
Drinking water stays apart from electrolysis components and potential metal contact.
Durable materials and a simple structure are made for repeated daily use.
Target hydrogen concentration varies with water and use conditions. Molecular-hydrogen research is ongoing; Fulmor is not intended to diagnose, treat, cure, or prevent disease.
It is water containing dissolved molecular hydrogen (H2). Concentration is commonly expressed in PPB and can change with time and handling.
Published studies generally describe it as well tolerated under studied conditions, but evidence and personal circumstances vary. Follow the manual and ask a qualified professional about individual health concerns.
Early research explores redox biology, post-exercise recovery, sleep, and metabolic markers. Findings are not conclusive and do not guarantee a health outcome.
It separates the 400 ml drinking chamber from the 20 ml electrolysis tank, giving each a clear role around the SPE/PEM module.
Use purified water in the 20 ml electrolysis tank and plain drinking water in the 400 ml chamber. Follow the product manual.
Choose a 2- or 5-minute cycle and drink after it finishes. Up to 8500 PPB is a target for the 5-minute setting; actual output varies by conditions.
Use the included brush and follow the manual. Before carrying, close the cap and both tanks fully and keep the bottle upright.
