As a cutting-edge new material with higher performance, high-temperature superconductivity has important application prospects in many fields such as energy, electricity, transportation, medical treatment, and large scientific devices.
In September 2021, MIT and the Commonwealth Fusion Systems Plasma Science and Fusion Center successfully developed the world's first 20T high-temperature superconducting magnet that can be used for nuclear fusion.
Commonwealth Fusion Systems has successfully developed compact fusion magnets, which rely on the key raw material of high engineering critical current density REBCO high-temperature superconducting tape
SHCD Superconducting Materials Technology Corporation is one of the three suppliers globally capable of mass producing second-generation REBCO high-temperature superconducting tapes.
SHCD has provided high-temperature superconducting materials for major projects such as the world's three highest voltage level superconducting current limiters, the world's first megawatt level induction heating device, the world's highest magnetic field fully superconducting steady-state strong magnet (32.3T), and the world's first 35kV kilometer level high-temperature superconducting cable.
Among the 16 international enterprises, SHCD is currently the only two in the world to achieve 30% μ A company that produces high Je strips on m thin substrates and is the only one to develop a 25 based μ Mass production of superconducting tapes with m thin substrate.
An expert committee composed of Gan Zizhao, an academician of the CAS Member, as the director, and Ding Wenjiang, an academician of the CAE Member, as the deputy director, unanimously commented on SHCD:
Based on the ion beam assisted deposition and pulse laser coating technology route, the second-generation high-temperature superconducting tape ultra-high speed batch preparation technology and equipment have reached an overall international leading level.