Nitrogen can safely remove these off-gases and reduce the risk of fire. Nitrogen is favored for use in autoclaves since it is inexpensive to buy and is inert, thus will not catch fire.
However, during the curing process they could combust if the right conditions prevailed – namely, if oxygen were introduced. Once cured, these parts are safe and do not pose a fire risk. When composite parts are created and cured, the pressure in the autoclave environment puts them into a situation where they become highly flammable due to increased pressure and temperature inside the autoclave. Learn more about how autoclaves utilize nitrogen and how an oxygen monitor may be required for employee safety.Īutoclaves and Nitrogen: Nitrogen’s Role in Aerospace Manufacturing If a component malfunctions, this nitrogen could escape into the workroom and pose a health hazard. However, the manufacturing process usually uses nitrogen to create high levels of pressure in the system and to sweep away off-gases created by the composite curing process. Key components of aerospace systems need to be put under an intense pressure and temperature during their formation at present, an autoclave offers the best and safest way to do this. In many industries, including aerospace, autoclaves play an important role in the manufacturing process. Why an Oxygen Monitor may be Required for Safety?
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