The cooling disc for cryostats is a core component in cryogenic systems such as dilution refrigerators. It acts as a heat exchanger that efficiently transfers thermal energy between the He³ and He⁴ cooling circuits. This function is essential in low-temperature research, quantum physics, and superconductivity studies.
Manufactured from high-purity copper or specialized copper alloys, the cooling disc features high thermal conductivity, mechanical stability, and vacuum compatibility. It is precisely tailored to specific customer requirements and integrated into the overall cryostat design.
Heat transfer in He³-He⁴ dilution cooling circuits.
Use in quantum physics experiments.
Stabilization of superconducting systems through efficient heat dissipation.
Applications requiring temperatures near absolute zero.
The cooling disc for cryostats is a technologically advanced component specifically developed for use in cryogenic systems. With precise customization, excellent material selection, and innovative manufacturing techniques such as vacuum brazing, it ensures optimal heat transfer, mechanical stability, and vacuum compatibility. As a heat exchanger, it plays a vital role in the functionality and efficiency of modern cryostats.
REUTER TECHNOLOGIE GmbH
Röntgenstraße 1 - D-63755 Alzenau