Technical Requirements for Carbon Molecular Sieves in Nitrogen Generators

1.Stable adsorption performance.

The carbon molecular sieve of a nitrogen generator must have excellent selective adsorption capacity, and its adsorption performance and selectivity must not undergo significant changes during long-term operation.

2.Uniform quality and consistent particle size.

The carbon molecular sieve of a nitrogen generator needs to ensure uniform particle size, so as to guarantee the uniform transmission of gas molecules in the molecular sieve channels and avoid phenomena such as "streamline effect" and "hot spot effect".

3.Large specific surface area and uniform pore size distribution.

The carbon molecular sieve of a nitrogen generator has a large specific surface area and reasonable pore size distribution, so as to increase adsorption capacity and improve adsorption rate.

4.Strong heat resistance and chemical resistance.

The carbon molecular sieve of a nitrogen generator needs to have certain heat resistance and chemical resistance, and be able to be used for a long time in environments with high temperature, high pressure and harmful gases.

5.Low cost and high stability.

The carbon molecular sieve of a nitrogen generator needs to be relatively low in price, high in durability and have long-term stability to meet the requirements of industrial applications.

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