What is the use of nitrogen generator? The five major uses of nitrogen generators are as follows:
The main purpose of the nitrogen generator is to produce pure nitrogen, which can be used in refrigeration, food storage, medical, pharmaceutical, chemical and other industries. Next, the editor of the nitrogen generator company will share with you in detail the five major uses of the nitrogen generator based on these details.
Purpose 1: Refrigeration
In summer, many refrigeration appliances use nitrogen for refrigeration. Because nitrogen has a lower temperature, it can be used to lower the temperature and make the air conditioning system more efficient. This is the refrigeration purpose of the nitrogen generator.
Purpose 2: Store food
In the food production industry of some agricultural products, nitrogen has the function of storing food. Because nitrogen has a bacteriostatic effect, it can effectively prevent food from spoiling.
Use three: medical treatment
In the medical field, nitrogen can be used to freeze tissue, preserve tissue, and treat diseases.
Use four: pharmaceuticals
In pharmaceutical factories, many advanced equipment and drug storage use nitrogen generators to produce nitrogen, because nitrogen can be used for the preparation and storage of drugs, as well as drug stability testing.
Use four: chemical industry
Nitrogen is also relatively common in the chemical industry, such as the production of nitrogen fertilizer. Because nitrogen can be used in chemical reactions and improve the efficiency of chemical reactions, nitrogen can be used as a chemical additive in the chemical industry.
In short, the nitrogen generator is a very useful equipment. It can be used in refrigeration, food storage, medical, pharmaceutical, chemical and other industries and plays an important role.
Carbon molecular sieves have obvious adsorption differences for oxygen and nitrogen. There are many small pores inside the carbon molecular sieve. Under a certain pressure, these small pores have different adsorption capabilities for oxygen and nitrogen. When the air pressure increases, the carbon molecular sieve absorbs oxygen and produces nitrogen. When the air pressure drops to the normal state, the carbon molecular sieve Molecular sieves desorb oxygen and regenerate themselves. Nitrogen gas is continuously produced.