Aerospace Applications of Vacuum Chambers

Vacuum chambers are a great tool for the aerospace engineer because these enable her to simulate altitudes by converting it to absolute pressure. Another reason vacuum chambers are useful to the aerospace engineer is because a wide array of vacuum testing can be performed. A lot of these test are specific to the test protocol or the component to be tested. The test themselves are proprietary which is why sometimes we do not have a good handle on what exactly our clients are looking to do.

What we do know is that a vacuum chamber can be used to simulate Martian Atmospheres by purging the vacuum chamber and filling it up with the correct gas mixture. Mars atmosphere is mostly Carbon Dioxide with other trace gasses. The Martian atmospheric pressure is 5 Torr is more than 150 times thinner than Earth’s atmosphere.

You are looking at a total of 4 Acrylic Vacuum Chambers, Front Loading, Hinged Side Door. There is one addition: an aluminum top access panel. This access panel is removable by removing the fasteners tied this panel down and compressing it to the O-Ring.

Are you working on complex aerospace applications?Contact Us and find out how we can help you build better vacuum systems.

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Stainless Steel Vacuum Chambers
Stainless Steel Vacuum Chambers are vacuum chambers made from stainless steel. The advantages of a Stainless Steel Vacuum Chamber are High Vacuum and a Wide Temperature Range of applications.
Liquid and Gas Vacuum Feedthroughs
A Liquid and Gas Vacuum Feedthroughs are tubes that will allow you to run liquid or gas into your vacuum chamber without contaminating the vacuum levels or vacuum chamber in general. Say you are looking to run a coolant into the vacuum chamber and cool a component you are testing. You can simply install a liquid and gas vacuum feedthrough are run your coolant towards your test specimen.
Our Work: Electronic Component Testing of Satellites at High Altitudes
Electronic Components of Satellites behave differently in outer space as compared to how these behave at sea level. How do you know that your satellite will survive outer space? How do you confirm that your circuit boards will function properly at higher altitudes? There is only one way to find out, and that is to test and validate your design.
Related Articles: Vacuum Levels of Acrylic Vacuum Chambers
In this article we will discuss the vacuum levels of an acrylic vacuum chamber. This article also covers the leak rate or the leak tightness of the acrylic chamber. Additionally, we are going to recommend a rule of thumb used for vacuum pump selection based on the size of the vacuum chamber.