About High-pressure nitrogen energy storage airbag
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About High-pressure nitrogen energy storage airbag video introduction
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4 FAQs about [High-pressure nitrogen energy storage airbag]
Why do airbags use nitrogen gas?
What you should know is that the air that fills the airbags isn’t the usual air that you find in balloons such as helium. Instead, the air in the airbag is mostly made up of nitrogen gas. So, why is it that nitrogen is used to fill up airbags? So, what is important to note here is that airbag systems do not deliberately use nitrogen gas in airbags.
Why do you need a nitrogen storage system?
There are several applications requiring medium/high pressure nitrogen. These include nitrogen blanketing, laser cutting, and aluminum extrusion. With this, it's worth having nitrogen storage for efficient operations and redundancy. Doing so, ensures you'll always have readily available N2.
What is nitrogen blanketing?
To minimize the risk of oxidation and presence of contaminants, increase shelf life, and reduce flammability of transported liquids, nitrogen blanketing is commonly used. This is the process of filling the empty space of a storage container with N2. By doing so, oxygen levels are reduced, and products can be stored and transported more safely.
How does a nitrogen booster work?
As you may imagine, a nitrogen booster amplifies existing N2 pressure to deliver desired results. This occurs with pistons, which increases pressure from low to high. As a result, N2 pressure can go up to as much as 300 bar. After this is done, the pressurized N2 is stored for use by the application.