Oxygen is a colorless, odorless, and tasteless gas that makes up about 21% of the Earth’s atmosphere. It is an essential element for sustaining life. During respiration, the human body inhales oxygen through the lungs to support metabolism, while exhaling carbon dioxide.

 

 

In the medical field, oxygen is used as respiratory support to help patients breathe and increase blood oxygen levels, while it can also be used to treat many diseases such as lung infections, heat stroke, cardiovascular disease, etc. In the industrial sector, oxygen can be used in oxidation and combustion processes to help producers improve production efficiency and reduce energy costs. In addition, oxygen is also widely used in aerospace, diving, plateau mountaineering and other fields to improve the adaptability of the human body.

 

 

As essential medical equipment, a portable oxygen generator is widely used in places such as nursing homes or field exploration. It can separate oxygen from the air and produce a high concentration of oxygen for people to breathe. With people's attention to health, the demand for oxygen generators is increasing. Among them, the membrane oxygen generator is a device that separates oxygen and nitrogen in the air through membrane separation technology and is used to manufacture high-purity oxygen. It is mainly composed of a membrane separator, gas compressor, air pump, and other parts, and can be widely used in medical, industrial, metallurgical, chemical, and other fields.

 

 

Working principle and requirements

The working principle of the membrane oxygen generator is based on the selective breathability of the separated membrane. The device uses a membrane with special permeability to separate oxygen and nitrogen. Normally, oxygen passes through the membrane faster than nitrogen, so it can be separated out through the membrane.

Usually, the membrane oxygen generator needs a high-quality air pump to achieve the compression and transfer of gas. This air pump needs to have the following characteristics:

High pressure: The membrane oxygen generator needs to separate the oxygen and nitrogen in the air, and the air pump requires sufficient high pressure capacity to compress the gas to a certain pressure range.

Low noise: membrane oxygen generator is used in hospitals, factories and other occasions, requiring a low noise vacuum pump, that will not cause too much interference to the environment and users.

Good stability: the membrane oxygen generator needs stable gas compression and transfer, so the vacuum pump needs to have good stability and reliability, and will not cause failure or damage due to long-term operation.

Easy maintenance: Vacuum pumps are easy to remove, clean and maintain.

 

Product recommendation

Kamoer HLVP10 series diaphragm air pump ADAPTS to portable oxygen generator. It has the characteristics of high pressure, low noise, good stability and easy maintenance, and can provide reliable and efficient gas compression and transfer services for oxygen generators.

 

The Kamoer HLVP10 vacuum pump works efficiently in the portable oxygen generator, and its various advantages can meet the requirements of the oxygen generator for the diaphragm air pump, improve the production efficiency and oxygen purity of the oxygen generator, and provide high-quality oxygen services for users in medical, environmental protection and other fields.

 

 

Kamoer has many years of experience in fluid application in medical, laboratory and other fields, providing many customers with accurate and reliable fluid transmission solutions, and providing competitive high-quality products for many industry segments. Kamoer will provide comprehensive quality assurance, looking forward to bringing you better service!