High magnetic energy product spherical neodymium iron boron magnet

High magnetic energy product is an important indicator for measuring the performance of magnets, which represents the magnetic energy stored per unit volume. The magnetic properties of high magnetic energy product spherical neodymium iron boron magnets far exceed traditional magnets, and can provide strong attraction in relatively small volumes, such as in devices such as electric motors, sensors, and generators. The manufacturing process of high magnetic energy product spherical neodymium iron boron magnets involves complex alloy preparation and fine processing techniques. Raw materials such as neodymium, iron, and boron are melted and refined into alloys at specific ratios. Subsequently, the alloy powder is pressed and formed through powder metallurgy technology, and sintered at high temperatures to obtain the desired magnetism. The processing of spherical magnets requires high-precision mechanical equipment to ensure the accuracy of size and shape.