Nitrogen plays an indispensable role in industrial production, and its purity and stability play a decisive role in the quality and efficiency of products. As a kind of equipment that can produce high-purity nitrogen, high-purity nitrogen generators are favored in the industrial field. Hengyetong will reveal the manufacturing method and device of high-purity nitrogen generator for you, helping you to obtain higher purity and more stable nitrogen!
1. Manufacturing method of high-purity nitrogen generator.
The manufacturing method of high-purity nitrogen generator mainly includes the following steps:
Raw material preparation: Choose high-quality air or nitrogen as raw material to ensure the purity and stability of raw materials.
Compression and purification: The raw materials are compressed through a compressor and subjected to multi-stage purification to remove impurities and harmful substances.
Cooling and liquefaction: The purified gas is cooled and liquefied into a liquid state.
Separation and purification: Through separation equipment such as distillation towers, liquid nitrogen and liquid oxygen and other impurities are separated to further improve the purity of nitrogen.
Drying and filling: The purified nitrogen is dried to remove impurities such as moisture in it, and then filled into cylinders or pipelines.
Second, the device of high-purity nitrogen generator.
The device of the high-purity nitrogen generator mainly includes the following parts:
Compressor: It is used to compress raw air or nitrogen to increase its pressure.
Purifier: It is used to remove impurities and harmful substances in raw materials and ensure the purity of raw materials.
Cooler: Used to cool the raw material and liquefy it.
Distillation column: It is used to separate liquid nitrogen from impurities such as liquid oxygen to improve the purity of nitrogen.
Dryer: used to remove impurities such as water in purified nitrogen.
Filling equipment: It is used to fill dried nitrogen into cylinders or pipes.
3. Advantages and applications of high-purity nitrogen generators.
The high-purity nitrogen generator has the following advantages:
High purity: It can produce high-purity nitrogen to meet various industrial production needs.
Good stability: It can ensure the stability of nitrogen** and avoid the impact of impurities and fluctuations on production.
Energy saving and environmental protection: The use of advanced manufacturing methods and devices can reduce energy consumption and pollution.
High purity nitrogen generators have a wide range of applications in the following fields:
Electronics industry: used for the cleaning and protection of electronic components such as integrated circuits and semiconductors.
Pharmaceutical industry: gas shielding in the production, packaging and storage of pharmaceutical products.
Chemical industry: used in the production process of synthetic ammonia, urea and other chemical products.
Food industry: gas protection during food packaging, preservation and storage.
Other fields, such as metalworking, glass manufacturing, automotive manufacturing, etc., require the use of high-purity nitrogen.
The manufacturing method and device of high-purity nitrogen generator are of great significance for the production of high-quality and high-purity nitrogen. With the continuous progress of science and technology and the continuous expansion of application fields, high-purity nitrogen generators will play a more important role in industrial production in the future.