Magnesy neodymowe have now been widely used in electronic industry

Magnesy neodymowe have now been widely used in electronic industry, automobile industry, petrochemical industry, micro motor, permanent magnet instrument, nuclear magnetic resonance devices, sensors, audio equipment, magnetic suspension system, magnetic transmission machine and magnetic equipment. Since Magnesy neodymowe has excellent performance, rich raw materials and the price is affordable and reasonable, which has been promoting NdFeB magnets are widely and rapidly spreads throughout.

So we buy Magnesy neodymowepay attention to what it does? How to determine the Magnesy neodymowe and the bad? Here we analyze:

First, we come to know about Magnesy neodymowe, what material it is made composed of? Magnesy neodymowe main raw materials are rare earth neodymium (Nd) 32%, metals iron (Fe) 64% non-metallic elements and boron (B) 1% (small amount of dysprosium (Dy), terbium (Tb), cobalt (Co), niobium (Nb), gallium (Ga), aluminum (Al), copper (Cu) and other elements).

NdFeB permanent magnet materials based on Magnesy neodymowe ternary compound as the substrate, and its composition should be similar formula with a compound Nd2Fe14B. But exactly Magnesy neodymowe composition ratio, the magnets are very low, or even non-magnetic. A magnet which is the actual content ratio of neodymium and boron compound Nd2Fe14B neodymium and boron content is large in order to obtain better magnetic properties.

Magnesy neodymowe characteristics determine the quality and value of the principal raw material Magnesy neodymowe from above shows that belong to a magnetic material Magnesy neodymowe it with high performance, affordable, and the intensity is high, but it is not high temperature and corrosion.is a high-speed operation up to the body, so the magnets and other items may be broken. At design time, please take the necessary anti-Shi, in case the magnet broken, the fragments will not be flying out.