Nitrogen gas is widely used in the food industry, as well as in semiconductors and petrochemicals, for purposes such as purging in piping and preventing oxidation and discoloration for quality preservation.
Nitrogen gas has characteristics such as being non-flammable, non-explosive, and scientifically stable, making it widely used in various industries including food, semiconductors, petrochemicals, and research institutions for applications like purging in piping and preventing oxidation and discoloration for quality preservation. *Example of usage* 【Prevention of oxidation in food, etc.】 Maintaining the flavor of tea and bonito flakes, preventing oxidation of fats and oils, and preventing the hatching of eggs. 【Nitrogen blow during air conditioning piping】 During soldering work, passing nitrogen through the piping prevents the formation of oxidation films (soot) inside. 【As shielding gas for laser processing machines】 Using nitrogen gas, which is one of the inert gases, suppresses oxidation on the processing surface. Since the cutting surface is clean, there is no need to remove the oxidation film generated during laser cutting with oxygen using a grinder before welding, thus increasing productivity.
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basic information
Nitrogen (liquid nitrogen, nitrogen gas, N₂, CAS: 7727-37-9) At room temperature and pressure, it is a colorless and odorless gas, making up the largest portion of the atmosphere (about 78.03 vol%). It is a diatomic molecule with an atomic number of 7 and a molecular weight of 28.013 g/mol. It is an inert gas with neither flammability nor combustibility. Its inert gas properties are utilized in various fields. Appearance Gas: colorless and odorless. Liquid: colorless and transparent. The color of the container (cylinder) is gray.
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Applications/Examples of results
※Example of usage 【Prevention of food oxidation, etc.】 Preservation of flavors in tea, bonito flakes, prevention of fat oxidation, and prevention of egg hatching. 【Nitrogen blow during air conditioning piping】 By passing nitrogen through the piping during brazing work, the formation of oxidation films (soot) is prevented. 【As a shielding gas for laser processing machines】 Using nitrogen gas, which is one of the inert gases, suppresses oxidation on the processed surface. Since the cutting surface is clean, there is no need to remove the oxidation film generated during laser cutting with oxygen using a grinder before welding, which increases productivity.
Detailed information
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We provide advice on the new introduction of high-pressure gas equipment and undertake various gas piping construction work. *The photo shows a collection device for liquid nitrogen ELF (ultra-low temperature container) and evaporator for a laser processing machine.
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The color of the cylinder is gray. The photo shows a 7000L container.
Company information
Our company has built its foundation as a supplier of high-pressure gases and industrial equipment on three pillars: "fair pricing," "rapid delivery and strict adherence to deadlines," and "extensive product knowledge," all aimed at contributing to our customers' benefits. We offer a wide variety of products, ranging from small components to large industrial machinery, to enhance our customers' productivity and profits. By providing valuable information and incorporating suggestions, we take pride in being a resourceful partner, which we believe is a significant advantage of choosing our company.