In what environments can Permanent Powerful Ring Magnet maintain stable magnetic properties?

Permanent Powerful Ring Magnet are made of high-quality magnetic material NdFeB and have the ability to maintain stable magnetic properties in a variety of complex environments. Specifically, it can maintain stable magnetic properties in the following environments:
High temperature environment: Although the magnetism of NdFeB magnets will decrease at high temperatures, Permanent Powerful Ring Magnet are treated with special processes and can maintain relatively stable magnetism within a certain high temperature range (usually below its Curie temperature), which makes it still applicable in applications that require certain high temperature resistance.
Low temperature environment: Under low temperature conditions, the magnetism of magnets is usually enhanced, so Permanent Powerful Ring Magnet can maintain or even exceed the magnetic properties at room temperature in low temperature environments, which is suitable for polar exploration equipment or other low temperature working environments.
Humid environment: Through special anti-corrosion treatment, Permanent Powerful Ring Magnet have excellent corrosion resistance and oxidation resistance. Even if used in an environment with high humidity, they can effectively prevent moisture from eroding the magnets, thereby maintaining long-term magnetic properties and stable performance.
Corrosive environment: In an environment containing corrosive substances (such as salt spray, acid and alkali solutions), the surface treatment layer of the magnet can resist chemical corrosion and protect the inside of the magnet from damage, thereby ensuring the stability of the magnetic properties.
Strong magnetic field environment: Although the magnetic poles of the magnet may be affected to a certain extent under the action of an extremely strong external magnetic field, the permanent strong ring magnet can resist the interference of the external magnetic field to a certain extent due to its high coercive force and maintain its own magnetic orientation and magnetic properties.
Mechanical stress environment: When subjected to a certain range of mechanical stress (such as tension, pressure, shear force), the structural design of the permanent strong ring magnet enables it to maintain the stability of its magnetic properties and is not easily weakened due to deformation.