Thermal vacuum testing is an important aspect of qualification testing for a wide variety of space flight components, sub-assemblies, and mission-critical equipment. Thermal vacuum testing allows for the simulation of space and upper atmosphere conditions including temperature and altitude.

Testing components for space applications requires a unique set of capabilities. In addition to the already rigorous standards used in the aerospace industry, space qualification requires even more extreme temperatures, higher pressures, and more drastic environmental simulation. 

To accommodate this, Element has thermal vacuum chamber technology. Beneficial for both material and product testing, a thermal vacuum chamber can reach higher temperatures and pressures, while maintaining a sterile, decontaminated environment.


Benefits of thermal vacuum testing

Thermal vacuum testing simulates a space environment, by removing air and pressure, cycling very high and very low temperatures rapidly we are able to test air-to-air thermal shock among other capabilities. By testing in an environment that simulates real world conditions as closely as possible, thermal vacuum exposure can identify design issues before components are integrated into larger systems, saving time and money.

Along with testing sub-assemblies and mission-critical equipment, thermal vacuum chambers are also sought after for evaluating seals and rings, High Pressure-High Temperature (HPHT) programs, vacuum bakeout testing, and any project that requires a sterilized test environment. 

    For more information about this technology, or to schedule chamber time, contact us today


    Why choose Element? 

    Element is a recipient of the prestigious Space Flight Awareness Supplier Award. Nominated by Boeing and Lockheed Martin, Element is the only independent test facility to receive this award from the National Aeronautics and Space Administration. According to NASA, the award recognizes "outstanding performance" by suppliers who deliver "high-quality products, excellent technical and cost performance, and adhere to schedules."

    With a global network of product qualification labs, we're committed to providing accurate, reliable testing results to keep your projects on time and within budget. Whether your project is complex or straightforward, our team has the knowledge to support it.

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    Basics Specifications:
    • Interior Dimensions: 28.5” W x 24.5” H x 26” D 
    • Temperature Range: Cryogenic to 180º C 
    • Temperature Uniformity: ± 6.5% of set point oven empty
    • Platen uniformity +/- 3% of set point
    • Temperature Control: Watlow F4T 2-channel ramping controller with Dual Overtemp protection
    • Heating ramp rate: 7° C / minute
    • Cooling ramp rate: 5.1° C / minute
    • Vacuum Range: 1 x 10-6 @ 150ºC or better
    Other Accessories: 
    • View window 
    • 304 Stainless steel interior
    • Honeywell data logger - oven temperature, platen temperature, vacuum level & independent type T thermocouples for sample temperature monitoring
    • Pressure relief valve in the event of over pressurization
    • All Pneumatic ≥ 1.5" flange OD incorporate magnetic REED switches for position indication
    • Pneumatic valves feature a 24VDC solenoid operator 
    Vacuum Feedthru Ports:
    • 1 each KF25 port capped for customer use
    • 1 each KF port accommodating thermocouples for data logger
    • Air operated high-vac valve, ¼” quick connect
    • N2/Argon Backfill/Purge Connection: 3/8” ID tube connection with regulator close to oven. 3/8” quick connect fitting @ 15psi located at rear of oven, inside back panel. 
    • LN2 connection: 24-50 PSI ½” SAE Male
    • One 2.75” CF for RGA installation
    • One 4.62” CF flange provided on back of oven (10 bolts)

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