Cryogenic Power Feedthrough
Non-ceramic, high strength, high vacuum, cryogenic power feedthroughs with standard 2.75" or 1.33" CF end flanges. These are capable of withstanding both tensile and compressive loading, high pressures up to 300psi, and more thermal cycles than traditional ceramic based designs. Our standard design is: 3kA, 1kV, submerged in LN2. Custom designs are available.
Events:
ASC 2024 Applied Superconductivity Conference; Sept. 01 - 06, 2024
News:
SkyWater Unveils Cryo Lab, Partners with FormFactor for Advanced RTS Noise Detection in ROIC Applications
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Breakthrough Enables Quench Detection in High-Field Magnets for Fusion Reactors
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Breakthrough Enables Quench Detection in High-Field Magnets for Fusion Reactors
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General Fusion announces funding to build new fusion machine targeting scientific breakeven by 2026
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The Promise and Perils of Superconductivity and Fusion Energy
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The Promise and Perils of Superconductivity and Fusion Energy
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