An objective technology comparison for brands planning hydrogen product lines — how each method works, where each wins, and how to choose.
| Dimension | Solid-State Hydrogen (ICR) | SPE/PEM Electrolysis |
|---|---|---|
| Power supply | None — reacts with water directly | Requires battery or mains power |
| H₂ concentration | 1,000–1,500 ppb sustained release | 1,000–3,000 ppb while powered |
| H₂ half-life in water | ≈18–24 h (residual up to 3 days) | ≈2–4 h |
| By-products / safety | No ozone or chlorine; no exhaust valve needed | Requires membrane quality and venting design |
| Extra value | Releases minerals (Mg, Ca, Si, Sr, metasilicic acid) | Hydrogen only |
| Business model | Consumable refills + OEM media supply | One-time hardware sale |
| Relative cost | 35–50% lower than Japanese electrolysis approaches | Higher BOM: membrane, electrodes, power, casing |
| Integration | Drops into existing bottles, cartridges, soaps, bath lines — no electronics | Product must be designed around the device |
| Best-fit formats | Bottles, pitchers, purifier cartridges, sachets, tablets, soaps, bath & foot-bath, agriculture | Countertop machines, high-flow dispensers, inhalation devices |
Hydrogen-producing compounds — magnesium-, silicon- and calcium-based — are sintered into ceramic media together with natural mineral nano-composites. When water contacts the media, a controlled chemical reaction releases molecular hydrogen into the water while mineral ions dissolve alongside it. Because the release is gradual and sustained, concentration stays high long after preparation, and no electricity is involved at any point.
A proton-exchange membrane electrolyzer splits purified water into hydrogen and oxygen using DC current. Hydrogen concentrates on one side of the membrane and is dissolved into the drinking stream; gases are separated and vented. It produces high concentration quickly and can adjust output — but only while powered, and it requires membrane durability, electrode quality, and safe venting design.
MUQI's strategy is deliberately non-exclusive: we complement electrolysis rather than compete with it, and we give brands more personalized choices. PEM pioneers built consumer awareness of hydrogen water, and electric devices remain the right tool for instant, adjustable delivery at home. Our ICR solid-state materials extend the category into places electricity does not reach naturally — travel bottles, purifier cartridges, sachets, bath lines, agriculture — turning hydrogen wellness into a consumable, embeddable, repeat-purchase layer for existing portfolios and, more importantly, into innovative new category directions. Through the "MUQI Inside" cooperative model, brands upgrade their lines without new electronics, new certifications for powered devices, or new user habits.
The most exciting role of solid-state hydrogen is not competing inside existing categories — it is enabling personalized formats and entirely new ones that electricity cannot practically serve:
Zero-electricity bath balls and foot-bath tablets for spas, resorts, recovery studios and senior-care — a hydrogen experience no plugged-in device can offer in a tub.
Hydrogen soaps, facial masks and eye patches that pair hydrogen release with mineral actives — new personal-care SKUs for beauty and personal-care brands.
Lightweight dosing sachets and ceramic tablets for hotel guest programs, cold-brew tea, and on-the-go hydration — hydrogen that travels with the consumer.
An emerging research frontier: crop irrigation trials, livestock water research, aquaculture systems and companion-animal functional water — powered by the same material base.
SPE/PEM electrolysis splits water into hydrogen and oxygen using electricity and a proton-exchange membrane, typically reaching 1,000–3,000 ppb quickly while powered. Solid-state hydrogen media such as MUQI's ICR ceramic materials release dissolved hydrogen (1,000–1,500 ppb) plus minerals through a chemical reaction with water alone — no electricity, no membrane, no exhaust valve. The core differences are power supply, hydrogen retention time, cost structure, and product form factors each technology enables.
Water treated with MUQI's ICR solid-state hydrogen media shows a dissolved-hydrogen half-life of approximately 18–24 hours, with residual hydrogen detectable for up to 3 days in sealed containers. Electrolyzed hydrogen water typically has a half-life of 2–4 hours because hydrogen escapes more quickly without a sustained release source. For brands, this affects packaging claims, shelf-life design, and the user experience between refills.
No. Solid-state hydrogen media releases hydrogen through a controlled chemical reaction when the material contacts water. There is no battery, charging, cable, or exhaust valve required. This makes the technology suitable for bottles, filter cartridges, sachets, bath products, and outdoor or travel scenarios where power is unavailable.
They are best understood as complementary rather than replacement technologies. PEM generators remain strong where instant, adjustable, high-flow hydrogen delivery matters — countertop devices, high-concentration sessions, and hydrogen inhalation. Solid-state media excels where portability, zero power, low cost, sustained release, and passive integration into existing product lines matter. Many brands deploy both: electric devices at home, solid-state formats for bottles, filters, and on-the-go products.
It depends on the product format and usage scenario. Choose solid-state ICR media for hydrogen water bottles, pitcher and purifier cartridges, sachets, soap and skincare lines, foot-bath and bath products, pet and agriculture applications — especially where recurring consumable revenue matters. Choose PEM electrolysis for countertop machines and inhalation devices. Brands adding hydrogen features to existing product lines with minimal redesign typically choose solid-state media because it integrates without electronics.
By embedding solid-state hydrogen media into existing product formats. Because ICR materials react with water directly, they add a hydrogen function to bottles, filter cartridges, soaps, bath products, sachets and tablets without batteries, membranes or venting — turning hydrogen wellness into new, personalized SKUs and even entirely new categories such as bath wellness, hydrogen skincare and agricultural applications. MUQI's OEM/ODM program supplies the media, formulation guidance and integration support under the "MUQI Inside" cooperative model.
ICR (Intelligent Controlled Release) is MUQI's third-generation solid-state hydrogen technology. It combines magnesium-, silicon- and calcium-based hydrogen-producing compounds with natural mineral nano-composites so that, on contact with water, hydrogen (1,000–1,500 ppb) and mineral ions (magnesium, calcium, silicon, strontium, metasilicic acid) are released together in a controlled, sustained way — 18–24 h half-life, zero electricity, at 35–50% lower cost than Japanese electrolysis approaches. MUQI holds 13 invention patents including core patent ZL 2023 1 0033992.7 for solid-state hydrogen-loaded materials.
Get free ICR media samples, spec sheets and an OEM/ODM integration assessment for your product category — from bottles to bath.
Request Samples & SpecsThese statements have not been evaluated by the FDA. Products mentioned are consumer wellness goods and are not intended to diagnose, treat, cure, or prevent any disease. Comparison figures reflect MUQI internal testing conditions and published industry ranges; actual performance depends on water quality, contact time, and product design.
