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According to the principle of pressure swing adsorption, zeolite molecular sieve is used as the adsorbent. Due to the selective adsorption characteristics of zeolite molecular sieve, a large amount of nitrogen is adsorbed by the molecular sieve, and oxygen is enriched in the gas phase.
Based on the principle of pressure swing adsorption, high-quality carbon molecular sieves are used as adsorbents. Under a certain pressure, due to kinetic effects, the diffusion rates of oxygen and nitrogen on the carbon molecular sieves are greatly different.
Plateau small-scale dispersion oxygen generation equipment is an oxygen supply device specially designed for high-altitude low-oxygen environments. It separates and enriches oxygen from the air through physical or chemical methods, and continuously diffuses it into the indoor environment to increase local space oxygen concentration and help alleviate or prevent altitude sickness (such as headaches, fatigue, difficulty breathing, etc.).
An absorbent dryer, also known as an adsorption dryer, is a device that utilizes advanced chemical technology. Its working principle is to absorb water vapor in compressed air through the characteristics of adsorbents (such as activated alumina, molecular sieves, etc.), thereby reducing the moisture content in compressed air.
An absorbent dryer, also known as an adsorption dryer, is a device that utilizes advanced chemical technology. Its working principle is to absorb water vapor in compressed air through the characteristics of adsorbents (such as activated alumina, molecular sieves, etc.), thereby reducing the moisture content in compressed air.
Micro-hyperbaric oxygen chamber injects high oxygen into the closed chamber and adjusts the pressure to 100-200KPa (micro-hyperbaric environment), so that the human body absorbs more oxygen in the hyperbaric oxygen environment and promotes cell repair and metabolism.
The VPSA oxygen production system is mainly composed of a blower, vacuum pump, switching valve, adsorber and oxygen balance tank. The raw air is pressurized by a Roots blower and enters the adsorber filled with oxygen molecular sieves, where moisture, carbon dioxide, and nitrogen are adsorbed to produce oxygen.
Micro-hyperbaric oxygen chamber injects high oxygen into the closed chamber and adjusts the pressure to 100-200KPa (micro-hyperbaric environment), so that the human body absorbs more oxygen in the hyperbaric oxygen environment and promotes cell repair and metabolism.
Micro-hyperbaric oxygen chamber injects high oxygen into the closed chamber and adjusts the pressure to 100-200KPa (micro-hyperbaric environment), so that the human body absorbs more oxygen in the hyperbaric oxygen environment and promotes cell repair and metabolism.
Micro-hyperbaric oxygen chamber injects high oxygen into the closed chamber and adjusts the pressure to 100-200KPa (micro-hyperbaric environment), so that the human body absorbs more oxygen in the hyperbaric oxygen environment and promotes cell repair and metabolism.
Micro-hyperbaric oxygen chamber injects high oxygen into the closed chamber and adjusts the pressure to 100-200KPa (micro-hyperbaric environment), so that the human body absorbs more oxygen in the hyperbaric oxygen environment and promotes cell repair and metabolism.