In short, if neodymium-iron-boron magnets lacks neodymium, the remanence(Br) may be reduced, that is to say, the magnetism is weak. If a high grade permanent magnet with dysprosium(Dy),which lacks Dy,...
Magnetism is determined by the properties of permanent magnetic materials. If explained in terms of atomic current, the magnetic field generated by the current magnetizes other objects, and the magnet...
Magnetic materials mainly include permanent magnetic materials, soft magnetic materials, letter magnetic materials, special magnetic materials, etc., covering many high-tech fields. In the fields of r...
In the process of selecting magnets, the most used are ferrite and neodymium iron boron magnets. Some pay more attention to magnetic force, some pay more attention to cheapness and temperature resista...
Neodymium iron boron magnet is also called modern industrial monosodium glutamate. As an important high-performance magnetic material in modern industry, it promotes the progress of contemporary techn...
In 1983, Japan's Sumitomo Special Metals Co., Ltd. (later became a subsidiary of Hitachi Metals) invented the neodymium iron boron magnet for the first time, and began mass production the followin...
High-end neodymium-iron-boron magnets need a large amount of heavy rare earths: as the temperature rises, the magnetic properties of NdFeB will deteriorate sharply. The current increase in coercivity ...
Everyone knows about rare earth NdFeB magnets. The main reason most customers choose it is its super strong magnetism. However, it is easy to corrode and oxidize but its shortcomings. Therefore, some ...
