The concentration of medical oxygen is more than 98% of pure oxygen, but the maximum concentration of oxygen produced by a home oxygen concentrator is 95% plus or minus 3 of a value range. But if you are at home oxygen therapy health care if this concentration is absolutely no problem, as long as it is not used for emergency purposes, as long as you choose to the sufficient output of the oxygen machine for the user is no problem.
Expanded Information:
Medical oxygen refers to oxygen with a concentration of oxygen that meets the quality requirement of 99.5%. It is suitable for the auxiliary treatment of respiratory diseases (such as asthma, bronchitis, pulmonary heart disease, etc.), heart and cerebrovascular system diseases (such as: coronary heart disease, myocardial infarction, cerebral hemorrhage, cerebral infarction) caused by hypoxia to alleviate the symptoms of hypoxia; it can also be used for the health care of oxygen absorption or fatigue of nervous brain work and physical labor after the fast relief.
The following situations require inhalation of medical oxygen.
1, intake disorders: asthma and other respiratory diseases are the most typical cases of hypoxia caused by intake disorders, in the onset of severe impact on life, learning and work. In addition, oxygen-deficient environments such as basements with poor air circulation and indoor spaces with no air exchange in winter are the external factors causing intake disorders.
Bad posture, such as hunching and holding the chest, prevents the lungs from fully stretching when breathing and causes hypoxia, which is caused by insufficient ventilation of the lungs, resulting in an obstacle to the uptake of oxygen.
2, transportation obstacles: oxygen is mainly through our blood to transport to all parts of the body. So if our blood delivery obstacle will cause human tissue hypoxia, and human tissue hypoxia is the result of lesions. For example, coronary heart disease: ischemic heart disease caused by lack of oxygen to the heart muscle (insufficient blood supply) due to narrow coronary artery disease.
Atherosclerosis: atherosclerosis: arterial wall thickening, hardening, lumen narrowing of the degenerative and proliferative lesions of the general term, the inner lumen of the blood vessels thinning and narrowing naturally leads to poor blood flow, thus causing tissue hypoxia, resulting in lesions and necrosis. Cerebrovascular disease: cerebrovascular embolism and other causes of cerebral tissue hypoxia and other essential nutrients leading to tissue lesions and necrosis.
Anemia: insufficient number of red blood cells responsible for transporting medical oxygen in the blood or the amount of hemoglobin in the red blood cells, which leads to impaired oxygen delivery.
3, overconsumption: the longest seen is the excessive use of the brain people, prolonged overuse of the brain will cause cerebral hypoxia, which leads to learning, reduced work efficiency, slow reaction time, sleep disorders at night and other results.
In addition, lactic acid is the cause of the body feels sore and tired. And lactic acid is the product of anaerobic fermentation in tissues under conditions of insufficient oxygen supply. So from the perspective of replenishing physical energy and enhancing brain vitality, if you can't improve the lack of oxygen in your body through exercise, you can inhale some medical oxygen appropriately.
Home oxygen generator oxygen principle: molecular sieve principle; polymer oxygen-rich membrane principle; electrolytic water principle; chemical reaction oxygen principle. The molecular sieve oxygen concentrator is the only mature oxygen concentrator with international and national standards.
Home oxygen concentrator working principle: the use of molecular sieve physical adsorption and desorption technology. Oxygen concentrator filled with molecular sieve, in the pressurized air nitrogen adsorption, the remaining unabsorbed oxygen is collected, after purification process that becomes high purity oxygen.
The molecular sieve will discharge the adsorbed nitrogen back to the ambient air when it is depressurized, and then adsorb nitrogen and produce oxygen when it is pressurized, and the whole process is a cyclic dynamic cycle, and the molecular sieve is not consumed.
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