Sintered NdFeB Radial Ring, Neodymium Iron Boron Radial Orientation Ring Magnets, Neodymium Radially Magnetised Ring Magnets, Magnetic Tubes Rings for Motor Rotor Sensor, Radially Oriented Ring Magnets, Neodymium Anisotropic Sintered Ring Magnet
Sintered NdFeB Radial Ring Modle No. MPRRM-09
Material: Neodymium Iron Boron, Neo , Nd , Rare earth NdFeB
Size: as Client’s Request
Coating: Nickel / Epoxy
Grade:N33-N52,33M-48M,33H-48H,30SH-45SH,30UH-38UH and 30EH-35EH
Temperature: the max operation temp is up to 220 degree centigrade
Shape: ring, tube;
Size: according to customers’ request;
Magnet Application:
Motors, Wind Power, Sensors, Computers and Peripherals, Magnetic Assemblies, Automotive, Motion Control, Aerospace, Research and Development, Communications, Medical Device and Diagnostics, Home appliance, Other magnetic applications or you can find new application according to your design.
The radially oriented ring magnet means that the magnetization direction of the ring magnet is in a radial pattern through radial direction. Even if many sales in the magnet industry unable to distinguish
radially oriented ring magnet and diametrically magnetized ring magnet until now.
For sintered rare earth magnet, the traditional method to make multi-polar magnet is often by placing arc segments magnets on a ring shape. The intricate process and uneven distribution of magnetic
field strength are always restrict the development of this method.
The biggest role of radially oriented technology is helping anisotropic magnet to achieve multi-polar magnetization, and extend its application in various areas.
The radially ring magnet family includes sintered rare earth magnet, sintered ferrite magnet, hot-pressed/hot-deformed magnet and bonded magnet. Different kinds of magnet have its own mode to make radially oriented ring magnet. neo radial ring magnet
Sintered rare earth magnet – Sintered NdFeB Radial Ring:
Radially oriented ring magnet usually refers to sintered magnet. The sintered rare earth magnets can be divided into NdFeB and SmCo. The orientation system for radial oriented sintered rare earth magnet
is more complicated than simple sintered one to apply the radially orientation magnetic field during the molding process. The ring blanks with radially oriented can be magnetized into multi-polar ring
magnet. For sintered rare earth magnet, the customers should bear the cost of orientation coil and magnetization fixture, and therefore the development cost of this kind of magnet is very expensive.
Related