AquaVolta® Hydrogen-Infuser & H2-Inhalator

• The AquaVolta® Hydrogen-Infuser & H2-Inhalator for the production of hydrogen gas at 100 ml/min for inhalation of hydrogen gas & hydrogen-rich water & other drinks and beverages.
  The corresponding hydrogen vortex can be used to produce fully saturated hydrogen water in 90 seconds (1.6 mg / l). The water vortex makes it possible. For this, hydrogen boosters need at least 600 seconds!
• Since the generated hydrogen water comes in no contact with electricity and electrodes, you can also enrich other drinks and beverages such as juices, milk and even soups in a few seconds with hydrogen.
• The inhalation of hydrogen gas at 100 ml/minute (1/3 inhalation - 1/3 pause - 1/3 exhale) creates a liter of pure hydrogen energy in your body within 30 minutes.
  And you can do this wherever you can, i.e. in the office, while watching TV or sleeping. Hydrogen inhalation and the drinking of hydrogen-rich water has been the megatrend in the Far Eastern and US healthcare sector since 2016.

Overview H2-Generator

1. Power sensor
2. Window for function control
3. Tank cap or refill tank for double distilled water
4. Hydrogen outlet nozzle with a cap
5. Valve for 02 outlet
6. Connecting socket for H2-water quirler
7. Socket for power cable

The Hydrogen Infuser (quirling bottle)

• The quirler is then connected to the hydrogen generator using the short hose.
• The current for the quirler is supplied via the connecting cable from the hydrogen generator.
• In this way, saturated hydrogen drinks (not just water) can be produced in a very short time.
• You can also add hydrogen gas to other liquids. Just about any liquid can be turned into a powerful antioxidant drink. The possibilities are nearly endless. Juices, hot drinks and even soups can be converted in this way.
  This can not be done by another device.

AquaVolta® Hydrogen Inhaler has a new swirler bottle

Preparing to inhale

Operating the inhalator

Pressing shortly on the sensor button starts the release of hydrogen into the nasal inhaler. The sensor lights up blue. Press again to stop. After two hours the device stops automatically. So you can work, watch TV, play cards and even sleep. If there is not enough water in the device, it beeps and a red LED light will illuminate. Then it’s time to refill the water tank with double-distilled water.

Even in 2019, science does not yet know all the details of this effect. However, the
consequences of the use of H2 are largely known from basic studies. And a billion-dollar industry in the Far East has already ensured that people will not wait until decades of human studies have proven to be 100% effective. They are already relying on the possible results that could occur.

From today's point of view, H2 is the most interesting of all medical gases as a therapeutic gas. It essentially reduces oxidative stress and inflammation, and thus the cause of over 150 of the most common diseases.

Oxidative stress and inflammation, however, are undoubtedly two of the most basic mechanisms for destroying human health, especially with the increasing age of humans and their typical old age diseases. It has been shown that molecular hydrogen is essentially effective in every organ of the human body because it helps to alleviate the area of oxidative stress and inflammation.

Fewer hydroxyl radicals, what does that mean? If you look at the other free radicals, such as nitric oxide (NO), this is a very beneficial important free radical because it can dilate blood vessels and help lower blood pressure. 

Nobody wants to neutralize NO with an antioxidant! In addition, our immune system uses other oxidants such as hydrogen peroxide, all of which must not be cleaned away if they do not overshoot. But our body's own antioxidants are already very reliable in taming them.

The very cell-damaging peroxynitrite anion is also reduced by treatment with hydrogen gas. Do we have to wait until the last doctor knows why? The doctor treating you studied medicine on average 20 years ago and may never have learned about the mechanisms of nitric oxide (NO) or nitrosative stress caused by peroxynitrite anions in his education or training.

Normal body antioxidants or externally supplied vitamin C are not selective. They release their electrons to comparatively weak oxidants. Molecular hydrogen, on the other hand, reacts only selectively to super-strong oxidants, which cannot be handled by the body's other antioxidants.

Hydrogen helps bring everything back to homeostasis.

This is why hydrogen is so difficult to study, because when you administer molecular hydrogen to a cell or animal, often no changes become visible. If everything is already perfect, everything is already in homeostasis, you won't see any changes. To measure the effect of hydrogen, it is often necessary to administer a kind of toxin to see how hydrogen reduces, saves or weakens the problem caused by these toxins.