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A jet engine is a fast moving reaction engine that releases a jet of fluid to create a trust. Most jet engines are internal combustion engines, but there are some that are of the non-combusting variety. They are primarily used inside the engines of air crafts, but they can also be used in unmanned aerial vehicles as well as cruise missiles. They are extremely beneficial to the aircraft industry, as well as the military, so jet engine storage is an essential activity to perform correctly.

Jet engines are usually stored near airplane hangars at airports. This equipment is often damaged due to corrosion during jet engine storage periods. Steel, iron, and other materials corrode when exposed to moisture. This uncontrolled humidity is also responsible for the micro-corrosion of electronics and equipment within the jet engine. This corrosion does not occur in dry air, which is why it is essential that individuals choose their jet engine storage facility wisely.

Corrosion due to humidity also affects turbines, so proper turbine storage is also necessary when discussing jet engine storage. Moisture can cause turbines to malfunction and decrease the life span of these parts. Some of the most expensive and complex parts of a turbine include the bearings, gearbox parts, compressor, buckets, and blades. Corrosion results in the cracking of turbines, in rotors used in fossil fuel and nuclear plants. Cracking can occur on the bore surfaces and where the blades attach to the rims.

Jet engine mothballing is also a vital part of jet engine storage. Companies can choose to use aircraft protection and mothballing kits to make this process similar. These kits contain engine exhaust covers, covers for tires, covers for engine intake, and desiccants. They also contain window products for passenger and cockpit windows that protect against damage from insects, UV rays, and moisture. A quality aircraft protection kit will meet the requirements put in place by the FAA and U.S. Military in regards to mothballing.

In addition to jet engine storage, ammunition storage is also a critical factor to consider when working with the military around air crafts. Military cartridges can withstand temperatures from -65 degrees Fahrenheit all the way up to 122 degrees Fahrenheit while in storage. They are made to withstand extreme conditions and still function correctly. Most military weapons are created to have an indefinite shelf life, so if they are stored properly they should never go bad, and they should always be reliable.

 

 

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