Mobile rich active hydrogen boosters in direct comparison
The extremely positive effect of hydrogen-rich drinking water has been proven several times in studies and the successes in many health applications are convincing. Molecularly dissolved hydrogen in drinking water is considered a fountain of youth, natural anti-aging and performance-enhancing at work, in leisure time and in sports. Mobile hydrogen boosters – also called hydrogen bottle – have the advantage of being usable at home, in the office and on the go. The high H2 saturation only lasts for a short period of time and therefore a fresh enrichment is always better than drinking stale water. In the meantime, mobile hydrogen generators have achieved very good values that even exceed those of fixed H2 stand-alone devices. We are comparing hydrogen boosters here.
The following applies to all compared hydrogen bottle:
Here are the main differences between the hydrogen bottles:
Hydrogen Bottle
- H2 up to 5.140 ppb
- Extended DuPont SEP-PEM membran
- Bottle content 210 ml
- Empty weight 340 g
- Food grade PP
- Anodized aluminum body
- Colors silver metallic, blue metallic
- Size 60 x 197 mm
- Battery 2.200 mAh rechargeable
- Charging with USB-C
- Digital time display
- Timer
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- Conclusion: Lighter and higher H2 saturation
Hydrogen Bottle
- H2 up to 5.000 ppb
- Extended DuPont SEP-PEM membran
- Bottle content 280 ml
- Empty weight 398 g
- Food grade PP
- Anodized aluminum body
- Color black metallic
- Size 60 x 225 mm
- Battery 2.200 mAh rechargeable
- Charging with USB-C
- Digital time display
- Timer
- USB connector 2A included
- Inhalation optional
- Conclusion: Higher water volume, accessories
Hydrogen Bottle
- H2 up to 5.140 ppb
- Extended DuPont SEP-PEM membran
- Bottle content 210 ml
- Empty weight 340 g
- Food grade PP
- Anodized aluminum body
- Color red metallic
- Size 60 x 197 mm
- Battery 2.200 mAh rechargeable
- Charging with USB-C
- Digital time display
- Timer
- USB connector included
- Including inhalation
- Conclusion: Lighter, extras and higher H2 saturation