Neodymium Magnets 20150902
NdFeB Permanent Magnet Manufacturer
Neodymium magnet , with excellent mechanical property, is cost-effective. However, its shortcoming is low Curie temperature point, poor temperature property, easy to corrode. Only by adjusting its chemical elements and surface treatment, can it meet requirements in actual application.
NdFeB magnet, belonging to the third generation of China rare earth permanent magnetic material, are widely applied to modern industry and electronic technology, with small size, light weight, strong magnetism and high power density.
Neodymium magnet is very easy to corrode, so most finished products need to be plated or coated. The commonly used surface treatments include NiCuNi, zinc, aluminum, and electrophoresis. If it is used in sealed environment, it can also be phosphate.
With rapid development, neodymium iron boron is the most widely used magnet. Due to high magnetic performance, nice workability and cheap price, its application field is expanding. Currently, energy product of commercialized NdFeB rare earth magnet can reach 52MGOe, which is as ten times as that of ferrite magnet .
Neodymium permanent magnet is product of powder metallurgy, with similar processing of China samarium magnets. Currently, the maximum working temperature is 200°C.
Neodymium magnet , with excellent mechanical property, is cost-effective. However, its shortcoming is low Curie temperature point, poor temperature property, easy to corrode. Only by adjusting its chemical elements and surface treatment, can it meet requirements in actual application.
NdFeB magnet, belonging to the third generation of China rare earth permanent magnetic material, are widely applied to modern industry and electronic technology, with small size, light weight, strong magnetism and high power density.
Neodymium magnet is very easy to corrode, so most finished products need to be plated or coated. The commonly used surface treatments include NiCuNi, zinc, aluminum, and electrophoresis. If it is used in sealed environment, it can also be phosphate.
With rapid development, neodymium iron boron is the most widely used magnet. Due to high magnetic performance, nice workability and cheap price, its application field is expanding. Currently, energy product of commercialized NdFeB rare earth magnet can reach 52MGOe, which is as ten times as that of ferrite magnet .
Neodymium permanent magnet is product of powder metallurgy, with similar processing of China samarium magnets. Currently, the maximum working temperature is 200°C.
