Recently, the supply of rare earth production enterprises has increased, and the downstream demand has not actually improved. Driven by emerging and traditional needs such as energy-saving motors, industrial robots, wind power, inverter air conditioners, and consumer electronics, the global market for rare earth permanent magnets is expected to continue to grow.

NdFeB is a common permanent magnet material, which is popular for its strong magnetism, high performance and wide application. However, in the process of use, some matters need to be paid attention to in order to give full play to its functions and ensure safety. This article will introduce some precautions during the use of neodymium magnets.

Many friends may have such a question, do magnets with the same performance and volume have the same suction force? It is said on the Internet that the suction force of an NdFeB magnet is 640 times its own weight. Is this credible?

Weekly price trend of neodymium magnet raw material 5-9 June

Weekly price trend of neodymium magnet raw material May 29-June 2

Today we will talk about two common rare earth magnets in magnetic materials - NdFeB magnets and SmCo magnets​. They have a wide range of applications in modern industries, but how are they different? Let's find out!

In the packaging industry, we can often find the application of NdFeB powerful magnets. Magnets play an important role in packaging systems. Packaging manufacturers and designers, as well as marketing agencies, are unanimous in their preference for magnets when packaging their products. The main function of the magnet in the packaging gift box is to seal the package.

Last week, the price of light rare earth parts in China has declined and the sales on the floor and downstream purchase are not so bad. It is expected that the price trend will decline in the later stage.

According to the business community monitoring shows that the rare earth market price index fell sharply in March, the domestic rare earth market trend continues to decline.

Rare earth is widely used and continues to expand. Rare earth plays an important role in improving product performance, upgrading product structure and transforming to clean energy. It is not only involved in traditional fields such as agricultural light textile, metallurgical industry, petrochemical industry, glass and ceramics, but also key materials in emerging industries such as production of special light sources and related equipment, national defense and military, and intelligent manufacturing.