When it comes to plastic magnets (injection molded magnets), I believe everyone is quite unfamiliar because there are very few places where people can directly see plastic magnets. Because these plastic magnets are stored inside electrical appliances and motors, we cannot directly see plastic magnets. However, plastic magnets play a very important role around us. Today, the magnet manufacturer Xiao Fu will explain in detail what plastic magnets are and their characteristics? And what kind of role these plastic magnets play around us, I hope everyone can understand these functions of plastic magnets.

Plastic magnetic material is a new type of functional polymer composite material, which is an important basic material in the field of modern science and technology. Compared with sintered magnetic materials, magnetic plastics have the advantages of low density, high impact strength, controllable magnetic particle content, good chemical stability, and no cracking during use. Various resins such as nylon, polyphenylene sulfide, elastic plastic, etc. can be selected as substrates, and ferrite magnetic powder The mixture of neodymium iron boron magnetic powder is processed using plastic injection molding technology, which has unique advantages in preparing thin-walled, complex shapes, radial orientation, high-precision magnets, and achieving integrated combination forming. At the same time, it also has the characteristics of high material utilization and high production efficiency, playing a key role in miniaturization, lightweight, composite, high-efficiency, and energy-saving of electronic components.

If you want to play a greater role in the magnetic ring, you can wrap the cable several turns around the plastic magnetic ring. The more turns, the better the suppression effect on interference with lower frequencies, while the weaker the suppression effect on noise with higher frequencies.

Plastic magnets can replace multiple magnetic tiles, which is convenient for installation, low noise, and good dynamic balance.

Through the introduction of the basic knowledge of plastic magnetism, I believe everyone has gained a deeper understanding of these materials. However, understanding these knowledge is still insufficient because we will encounter many problems in the actual use of plastic magnetism, which will affect the effectiveness of its use. I hope that in future work, everyone can learn more about the relevant use of plastic magnetism and maximize its effectiveness, Only in this way can we achieve the best use effect of plastic magnets in the process of using our electrical appliances.