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What fields are high-purity nitrogen generators mainly used for?
We often see this type of high-purity nitrogen generator in our daily lives because it has many advantages and is favored by users.In order to familiarize more people with it,the editor has compiled some advantages of high-purity nitrogen generators.If you are interested in this topic,you can take a look and it will definitely be helpful to you.
High purity nitrogen generators are widely used in many industries,with simple operation,high work efficiency,and are very popular in the market.In fact,most people are still familiar with it when they see it,and due to its unique features,it is also a very popular product in the market.It can meet many of our needs.
In industrial production processes,toxic,harmful,flammable,explosive,and volatile substances require inert gas protection.Nitrogen,as an inert gas,has a rich gas source and a nitrogen content of 79%in the air.It has been widely used in production.
Four processes for high-purity nitrogen generators:
1.Easy to use:The nitrogen generator has a compact structure and is installed as a whole.Small footprint,no need for capital investment.Simply connect the on-site power supply to produce nitrogen gas.
2.High purity nitrogen generators can conveniently and quickly produce nitrogen:innovative technology and unique air distributors make air distribution more uniform.Carbon molecular sieves can provide qualified nitrogen within approximately 20 minutes.
3.The high-purity nitrogen generator is designed with mechatronics integration to achieve automatic operation:the imported PLC controls fully automatic operation,and the nitrogen flow rate and pressure purity can be adjusted and continuously displayed,achieving unmanned operation.
4.More economical than other nitrogen supply methods:The high-purity nitrogen generator process is a simple nitrogen production method.It uses air as the raw material and only consumes the electrical energy consumed by the air compressor.It has the advantages of low operating costs,low energy consumption,and high efficiency.
At present,nitrogen production equipment is widely used in the electronic industry,safety protection gas,displacement gas,nitrogen injection tertiary oil recovery,coal mine fire protection,anti-corrosion and explosion-proof,nitrogen based atmospheric heat treatment,integrated circuits and other fields.Moreover,carbon molecular sieves and zeolite molecular sieves are widely used in the field of nitrogen production.The separation of oxygen and nitrogen by molecular sieves is mainly based on the different diffusion rates of two gases on the surface of molecular sieves.Carbon molecular sieves are carbon based adsorbents with certain characteristics of activated carbon and molecular sieves.Its microporous composition is very small,and the smaller the diameter,the faster the gas diffusion,and the more gas enters the solid phase of the molecular sieve.Therefore,nitrogen can be enriched in the gas phase.
The application of inert gases in some emerging material industries,electronics,integrated circuits,beer,and beverages is also constantly expanding into new application areas.For example,the new PSA nitrogen production device has been used for inert protection in the production of lithium batteries for mobile phones,nitrogen packaging for beer and beverages,nitrogen dehydration and drying in silicone production,and nitrogen packaging for leisure food instead of air and deoxidizers.The application of high-purity nitrogen generators has enabled these enterprises to gain competitiveness in terms of process technology and product quality.
High purity nitrogen generators are widely used in many industries,with simple operation,high work efficiency,and are very popular in the market.In fact,most people are still familiar with it when they see it,and due to its unique features,it is also a very popular product in the market.It can meet many of our needs.
In industrial production processes,toxic,harmful,flammable,explosive,and volatile substances require inert gas protection.Nitrogen,as an inert gas,has a rich gas source and a nitrogen content of 79%in the air.It has been widely used in production.
Four processes for high-purity nitrogen generators:
1.Easy to use:The nitrogen generator has a compact structure and is installed as a whole.Small footprint,no need for capital investment.Simply connect the on-site power supply to produce nitrogen gas.
2.High purity nitrogen generators can conveniently and quickly produce nitrogen:innovative technology and unique air distributors make air distribution more uniform.Carbon molecular sieves can provide qualified nitrogen within approximately 20 minutes.
3.The high-purity nitrogen generator is designed with mechatronics integration to achieve automatic operation:the imported PLC controls fully automatic operation,and the nitrogen flow rate and pressure purity can be adjusted and continuously displayed,achieving unmanned operation.
4.More economical than other nitrogen supply methods:The high-purity nitrogen generator process is a simple nitrogen production method.It uses air as the raw material and only consumes the electrical energy consumed by the air compressor.It has the advantages of low operating costs,low energy consumption,and high efficiency.
At present,nitrogen production equipment is widely used in the electronic industry,safety protection gas,displacement gas,nitrogen injection tertiary oil recovery,coal mine fire protection,anti-corrosion and explosion-proof,nitrogen based atmospheric heat treatment,integrated circuits and other fields.Moreover,carbon molecular sieves and zeolite molecular sieves are widely used in the field of nitrogen production.The separation of oxygen and nitrogen by molecular sieves is mainly based on the different diffusion rates of two gases on the surface of molecular sieves.Carbon molecular sieves are carbon based adsorbents with certain characteristics of activated carbon and molecular sieves.Its microporous composition is very small,and the smaller the diameter,the faster the gas diffusion,and the more gas enters the solid phase of the molecular sieve.Therefore,nitrogen can be enriched in the gas phase.
The application of inert gases in some emerging material industries,electronics,integrated circuits,beer,and beverages is also constantly expanding into new application areas.For example,the new PSA nitrogen production device has been used for inert protection in the production of lithium batteries for mobile phones,nitrogen packaging for beer and beverages,nitrogen dehydration and drying in silicone production,and nitrogen packaging for leisure food instead of air and deoxidizers.The application of high-purity nitrogen generators has enabled these enterprises to gain competitiveness in terms of process technology and product quality.
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