NdFeB strong magnets are devices that convert changes in the magnetic function of active components caused by magnetic fields, currents, stress and strain, temperature, light, etc., into electrical signals, and use this method to view the corresponding physical quantities.
For a long time, the use of NdFeB magnets is very common. With the change of time, the era of science and technology continues to move forward, and the use of NdFeB magnets has become more and more obvious.
In the past 10 years, as the post-80s and 90s have gradually become the main labor force in the manufacturing industry, they are no longer willing to engage in a large number of monotonous, repetitive and poor environmental jobs. Labor shortages are frequent, resulting in a rapid rise in labor costs in my country's manufacturing industry.
The researchers also said that the new magnets do not contain rare earth elements, so they can replace existing rare-earth-based magnetostrictive materials that are expensive but have low mechanical properties.
Compared with the permanent magnet motor produced with the traditional NdFeB magnet permanent magnet material, the new permanent magnet motor using the high-performance NdFeB magnet permanent magnet material is smaller in size, lower in loss, and significantly higher in power than the traditional permanent magnet motor.
Magnets have always been widely used, and as time progresses, the use of magnets has become more and more significant, and many products will involve magnets. Iron boron strong magnets have the characteristics of small size, light weight and strong magnetic properties, and are the magnets with the best function and price ratio so fa
