Application field
The most important use of carbon molecular sieves is the separation of
pressure swing adsorption air to produce nitrogen.
- Metal processing
For example, nitrogen supply in heat treatment processes such as bright quenching, bright annealing, nitriding, nitrocarburizing, soft carbonization, etc., using nitrogen as a shielding gas in welding and powder metallurgy sintering processes, etc.
- Chemical synthesis
Provides important nitrogen raw materials for industrial synthetic ammonia, as well as synthetic fibers (nylon, acrylic), synthetic resins, synthetic rubber, etc.
- Electronics industry
As nitrogen source for large-scale integrated circuit, color TV picture tube, TV and recorder components and semiconductor component processing
- Metallurgical Industry
The nitrogen gas produced by the carbon molecular sieve nitrogen production equipment can be used as the shielding gas for continuous casting, continuous rolling and steel annealing in metallurgical industry
- Food preservation
Nitrogen storage and preservation of food, fruits, vegetables, etc.; nitrogen-filled fresh-keeping packaging of meat, cheese, mustard, tea and coffee; nitrogen preservation of fruit juice, raw oil and jam; purification of various types of bottles, etc.
- Pharmaceutical industry
Nitrogen storage and preservation of traditional Chinese medicines, nitrogen filling of western medicine injection, storage and nitrogen filling for container, gas source for pneumatic conveying of medicine, etc.
- Chemical industry
Protective gas for replace, cleaning, sealing, leak detection, and dry quenching, nitrogen for catalyst regeneration, petroleum fractionation, chemical fiber production, etc.
- Fertilizer industry
The nitrogen produced by the carbon molecular sieve nitrogen production equipment is the raw material for the production of nitrogen fertilizer, and can also be used as a nitrogen for replacement, sealing, washing, protection catalyst, etc. in the production process of chemical fertilizer.
- Plastic industry
Pneumatic transmission of plastic particles;
Antioxidation in plastic production and storage
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