Hydrogen Inhalation Therapy

Hydrogen inhalation has garnered extensive recognition for its ostensibly safe and well-tolerated nature, thereby presenting itself as an appealing therapeutic alternative for a diverse range of individuals in pursuit of potential health enhancements. A fundamental aspect underpinning its safety lies in the non-toxic nature of molecular hydrogen (H₂) gas, which constitutes the principal constituent of hydrogen inhalation therapy. Upon inhalation, the human body efficiently metabolizes any surplus hydrogen gas, which is then expelled through exhalation without the risk of accumulation within the physiological system.

Both clinical investigations and research trials have attested to the non-reactive propensity of hydrogen gas, signifying its incapacity to instigate cellular damage. This renders it a benign option for those venturing into the realm of alternative therapeutic modalities.

The safety paradigm of hydrogen inhalation has been substantiated by means of both animal-based research and human clinical trials, with negligible to absent reports of adverse reactions. Incidental and infrequent minor side effects, such as transient mild discomfort or ephemeral bloating sensations, have been observed only on rare occasions and are characteristically of short duration.

Furthermore, hydrogen inhalation therapy has exhibited a remarkably low propensity for drug interactions, endowing it with compatibility alongside numerous other treatment regimens. This particular attribute holds particular allure for patients with intricate medical profiles or those undergoing polypharmacy, as the integration of hydrogen therapy into their extant healthcare protocols can be achieved with minimal apprehension.

Notwithstanding the promising and ostensibly safe profile of hydrogen inhalation as a therapeutic option, the comprehensive understanding of its long-term implications and optimal application parameters remains contingent upon further in-depth exploration. Consequently, the continuous pursuit of research and rigorous scientific examination is of paramount importance to unravel the full extent of the safety and efficacy parameters associated with hydrogen inhalation therapy.

Firstly, according to different age groups and physical conditions, teenagers can choose the 300ML Hydrogen Oxygen/pure Hydrogen machine for general health care; the 450ML Hydrogen Oxygen/pure Hydrogen machine is suitable for middle-aged people’s health care; the 600ML Hydrogen Oxygen/pure Hydrogen machine is used for adjuvant treatment of mild symptoms; if you suffer from high blood pressure, hyperglycemia, hyperlipidemia, cardiovascular and cerebrovascular diseases, or various chronic inflammations, the 900ML Hydrogen Oxygen machine is more appropriate; for the elderly or those with lung diseases, breathing difficulties, or severe underlying diseases, it is recommended to use the 1200ML or higher flow Hydrogen inhalation machine. In terms of improving sleep, teenagers or young people can choose among 300ML, 450ML, and 600ML, while the elderly are recommended to use 900ML. For single-person use, generally, machines with a capacity of 900ML or less are recommended, and for two people using simultaneously, machines with a capacity of 1500ML or more are recommended.  For those who are new to Hydrogen Oxygen therapy, initially, the usage time can be controlled within 20 – 30 minutes. After the body adapts, gradually increase the duration to avoid discomfort caused by inhaling too much Hydrogen.

A plethora of scientific investigations have been conducted to probe into the effects of hydrogen inhalation therapy. Preliminary findings have indicated its potential in ameliorating a spectrum of health conditions, such as those related to inflammation, oxidative stress, and neurological disorders. However, it should be emphasized that while these initial results are suggestive of its efficacy, comprehensive and in-depth research endeavors are still indispensable to firmly establish and elucidate its underlying mechanisms and to define its optimal clinical application.

Hydrogen inhalers represent a distinctive modality for the administration of hydrogen, differentiating themselves from the consumption of hydrogen-rich water or the utilization of hydrogen baths. The inhalation process facilitates the direct conveyance of hydrogen into the lungs and subsequent entry into the bloodstream, which hypothetically enables the attainment of rapid physiological responses. Nevertheless, the determination of the most suitable hydrogen delivery approach is likely to be contingent upon particular therapeutic objectives as well as the idiosyncratic predilections of the individuals.

You can inhale hydrogen as long as you’d like because if the body does not need the hydrogen anymore, it is naturally emitted. For the patients with severe conditions, 5~8 hours of hydrogen inhalation therapy (over 1,200 CC/min gas generated) per day would be recommended. There have been many cases where hydrogen inhalation for over 6 hours daily benefitted patients with brain-related diseases, including Parkinson’s and for treating COVID-19 patients.

Hydrogen explosion limit is 4.0% ~ 75.6% (volume concentration), meaning that if the volume concentration of Hydrogen in the air between 4.0% ~ 75.6%, will explode when it meets an ignition source, and when the Hydrogen concentration is less than 4.0% or greater than 75.6%, even if it meets an ignition source, it will not explode.

Scientific studies have explored hydrogen inhalation therapy’s effects, showing promise for various health conditions like inflammation, oxidative stress, and neurological disorders.

The frequency of water changes is determined by usage. If the machine is used daily, we recommend changing the water every two to three days, and it should not exceed one week. If it is used every other day, the water should be changed at least once a week. If the machine has not been used for an extended period, it is advisable to change the water before use. However, there is no need to worry about this issue, as our Hydrogen Oxygen Machine is equipped with a TDS water quality detection function. If the water quality is below standard, the machine will emit a beep to alert you.

You can sleep with it, but we do not recommend prolonged use. Our device features a timing system that allows you to set the duration according to your needs. If this is your first time using it, start with a shorter duration to allow your body to gradually adapt. You can then gradually increase the usage time as you become more comfortable.

Our product is built to last, offering dependable performance for a generally trouble-free period of three to five years. Regular maintenance can be conveniently done at home – simply use a cotton bud to clean the air intake and filter to remove dust.