Pricing on request. Contact sales@cryomagnetics.com or your local sales representative for a quote.
Nuclear Demagnetization Magnets
Cryomagnetics nuclear demagnetization superconducting magnets combine a main high-field coil with series-wound cancellation coils that minimize heating effects on low-temperature inserts. Delivered systems range up to 17T (4.2K) / 19T (2.2K) in Nb3Sn, ideal for sub-4mK experiments and dilution refrigerators.
Nuclear Demagnetization Systems are used to cool samples to ultra-low temperatures (below 4mK).
Cryomagnetics' Nuclear Demagnetization Magnets incorporate a main high field coil with series wound cancellation coils. Cancellation coils are employed to minimize heating effects from magnetic flux on low temperature inserts. The location and strength of the cancellation coils are unique to each configuration and are specified by the customer. These magnets are also commonly used with dilution refrigerators (< 10mK).
Cryomagnetics has manufactured NbTi Nuclear Demagnetization Magnets up to 9T (4.2K), 11T (2.2K). Nb3Sn based versions delivered include up to 17T (4.2K), 19T (2.2K).
Pictured at left is a 14T/15T (4.2K/2.2K) high field magnet with compensation coils. Click on the 'Specifications' tab above for details on this superconducting magnet.
At right is a 13T/14T (4.2K/2.2K) high field magnet with compensation coils.
Contact us with your specifications.
Example High Field Superconducting Magnet with Compensation Coils
Solenoid configuration
14 Tesla central field (4.2K)
15 Tesla central field (2.2K)
± 0.1% central field homogeneity over a 10 mm DSV
Compensation region of + 40 gauss from 26 cm to 36 cm on-axis measured from high field magnetic center
2.00 inches clear bore
Persistent mode switch installed
Fully protected against damage due to quench