How does the principle of low noise oxygen concentrator generate oxygen? With the continuous improvement and progress of people's living standards and the growing demand for health, oxygen inhalation will gradually become an important recovery tool for hospital and family patients. However, many patients and oxygen inhalers do not have a satisfactory understanding of oxygen inhalation. Let's take a look at some oxygen production principles for choosing a low noise oxygen concentrator.

　　Low Noise Oxygen Concentrator Factory found that chemical oxygen demand is a method of producing oxygen, which decomposes oxygen-enriched compounds through chemical reactions for people to use. Although this oxygen generator method is cheap, the long-term consumption of raw materials is relatively large, and the price is relatively expensive.

　　The principle of choosing a low noise oxygen concentrator is to ionize water by passing direct current in an aqueous solution of dilute sulfuric acid, sodium hydroxide or sodium sulfate. Every time 1m3 of oxygen is generated, 2m3 of hydrogen is obtained together. However, the power consumption to generate 1 cubic meter of oxygen is 12 to 15 degrees, so the power consumption of this method is too high to be mass-produced.

　　Choosing a low noise oxygen concentrator first compresses and expands the air to cool it until it liquefies, then uses the low temperature (boiling point) of oxygen and nitrogen. In some instruments (rectification columns), the oxygen is first turned into a liquid, and the air is separated. The scale of each method is relatively large, usually more than several thousand cubic meters per hour.