The skin - our largest organ
The skin is our largest organ – exposed daily to environmental factors, UV radiation, and oxidative stress. Oxidative stress is considered a central mechanism in skin aging and skin damage. Molecular hydrogen (H₂) has been the subject of international research for years – particularly in Japan, China, and Korea – and is also being investigated there in the field of skin care and regeneration.
Research results
Studies show that molecular hydrogen:
as a selective antioxidant it can neutralize particularly reactive oxygen radicals (e.g. hydroxyl radicals),
supports the skin barrier and collagen structures,
contributes to maintaining elasticity and moisture balance.
As a result, H₂ is increasingly becoming the focus of dermatology, anti-aging strategies and cosmetic research.
User reports:
“After 3 weeks of daily use, the skin on my hands felt noticeably smoother and more cared for.”
"My skin feels much softer, I use it every morning
These are individual experiences and not promises of healing
The H2 Beauty Sprayer creates an ultra-fine hydrogen mist that provides a refreshed skin feeling on the go. Supports hydration and radiance.
01
Skin rejuvenation (anti-aging, wrinkle reduction)
- Tanaka & Miwa (2022): In a study with five healthy volunteers (49–66 years old), daily bathing in hydrogen-rich water (applied by cloth) for 11–98 days resulted in significant improvements in wrinkles and skin spots. Skin moisture also increased in dry skin areas.
02
Can have an antioxidant effect
Guo (2025, review article): Molecular H₂ acts as a radical scavenger, activates antioxidant enzymes and reduces oxidative damage such as redness and irritation – which improves skin texture and tone PMC
Xiao et al. (2022, In vitro): In human keratinocytes (HaCaT cells), hydrogen-rich medium significantly reduced ROS, cell membrane damage, and cell death induced by dehydration M
03
Hydrated
The same Tanaka & Miwa (2022) study additionally showed: In dry skin, H₂ application noticeably increased moisture levels – e.g., from 27–35% to higher MDPI+1.
Xiao et al. (2022) argue that H₂ can neutralize classic ROS and thus prevent cell damage caused by dehydration MDPI 1.
04
UV protection / photoprotection
Shin et al. (2013) – PLOS ONE: Application of H(H₂O)_m (atomic hydrogen surrounded by water molecules) to human skin under UV radiation reduced UV-induced redness by ~23%, reduced DNA damage such as thymine dimers, and blocked UV-induced increases in the expression of MMP-1, COX-2, IL-6, and others. at journals.plos.org.
Kato et al. (2012): Study showed that hydrogen-rich water reduces UVA-induced skin damage, neutralizes ROS, and supports collagen synthesis in the dermis sciencedirect.com 1.