Neodymium Permanent Magnets Manufacturer China Rare Earth Magnet Limited
According to China Academy of Sciences, the scientists of High Magnetic Field Laboratory have successfully studied a superconducting magnet which is used for hybrid magnetic device with a magnetic field of 100,000 gauss. It is also said this success will contributes greatly to further study of 400,000 gauss hybrid magnets.
The experts show that this technology will be a new milestone to superconductivity for there are no such neodymium magnets system can give 100,000 gauss magnetic field ever before. Thus, this project not only makes a foundation for further development in China, but also be a successfully experience for foreign countries to reference.
As a matter of fact, the superconducting magnet is a complex system, and it requires not only good electromagnetic properties and mechanical properties of the neodymium permanent magnet itself, but also need other subsystem to support and assist such as helium cooling system for lowering temperature, the superconducting magnet power, security and control system and so on. Therefore, obviously, it is hard to do the research.
The stable, high-intensity magnetic field can provide advanced research condition for various types of scientific study, including Physical, Material, Chemistry and Bioscience. So, as a key component, the superconducting permanent magnets mean a lot to the improvement of science and technology. In addition, it has prosperous prospect in different market such as electricity, communication, national defense and medical. It is predict that the potential market size of superconducting magnet is more than 200 billion, so it has great commercial value. What’s more, the superconducting magnetic material is also significant to quantum computer.
The research team shows that they will try their best to achieve 400,000 gauss superconducting magnets in the future.
Tags: Superconducting Magnets, permanent magnets, neodymium magnets, China magnets
China Rare Earth Magnet Limited manufactures neodymium permanent magnets for superconducting system.
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