High temperature superconducting current lead

CryoSaver high temperature superconducting current lead ™ The company uses high-temperature superconductors to manufacture structurally stable and performance stable current leads. The performance and quality of high-temperature superconducting current leads make them competitive. Second generation CryoSaver ™ Current leads with rated currents ranging from 150A to 2000A have significantly improved transport performance. Compared with traditional superconducting current leads with conduction cooling or steam cooling, they have lower heat leakage, thereby reducing the thermal load and loss of customers' low-temperature systems.

High temperature superconducting current lead CryoSaver ™ The company uses high-temperature superconductors to manufacture structurally stable and performance stable current leads. The performance and quality of high-temperature superconducting current leads make them competitive. Second generation CryoSaver ™ Current leads with rated currents ranging from 150A to 2000A have significantly improved transport performance. Compared with traditional superconducting current leads with conduction cooling or steam cooling, they have lower heat leakage, thereby reducing the thermal load and loss of customers' low-temperature systems. The applications of high-temperature superconducting current leads include MRI, NMR, beamline magnets, and non persistent mode magnets. CryoSavirTM has already put thousands of pairs of superconducting current leads into use, Its performance has been validated by the market.

Advantages:

• Low heat leakage
Superconductors are composed of high-temperature superconducting wires, with high current density and low heat leakage.

• Magnetic field compatibility
CryoSaver ™ The anisotropy of high-temperature superconducting current leads allows the easy axis of the lead to follow the direction of the magnetic field, which is superior to isotropic block materials.

• Easy to integrate
Electrical connections are easy to operate and can be made through mechanical or welding methods, thanks to low impedance and low Joule heating.

• Durable and stable
CryoSaver ™ High temperature superconducting current leads exhibit superior durability in terms of stretching and thermal cycling compared to other types of high-temperature superconducting current leads. They can quickly recover without cooling and will not be damaged or burned, as the metal matrix structure of the superconductor slows down the temperature rise in the absence of cooling.