The Neodymium iron boron magnets, is
otherwise known in different names like neodymium magnets, Nd2Fe14B magnets,
neo magnets and Nd-Fe-B magnets. The metal is first introduced in the late of
1980s. Neodymium Magnet has a tetragonal crystal structure. It is a type of permanent
magnet.
Neodymium has strong magnetic field and sue to its strength it can be used in
various industrial, commercial, medical and household purposes. However it is
very widely used in the field of technology. A heavy rare earth component
called Dysprosium is often mixed to the reaction to produce a powerful Neodymium
Magnet with enhanced intrinsic coercivity as well as maximum operating
temperature. Other element is also added so as to manufacture different kinds
of Neodymium Magnet useful of many other purposes.
The basic advantages that Neodymium
Magnet is that it can produce high-end maximum energy magnetic product due to
its strong magnetic field. The other advantage is it is not very expensive
material. Neodymium Magnets are not the rare material. Its supply is not at all
restricted as well. So you can see Neo Magnets widely used in the many modern
applications like servomotors, spindle and stepper motors, compressor
motors, electric generators for wind
turbines, rive motors for hybrid and electric vehicles, actuators,
loudspeakers, magnetic bearings, computer hard disk drives, sensors, magnetic
resonance imaging (MRI), flow meter and medical devices.
Apart
from the Neodymium Magnets there are the Magnet Assemblies which are
high-performing in the field of technology. These Magnet Assemblies help to
amplify signals at microwave frequencies through the use of klystrons,
Traveling wave tubes and magnetrons. It is helpful in generating microwave
frequencies which is effective for communications as well as electronic
countermeasure systems.
Another
Magnet Assemblies is the generators and motors. The features like low weight,
ultra-high temperature tolerance power as well as outstanding reliability made Neodymium
Magnets ideal for the application of
generators, motors and actuators. Beside that it is also used widely in
military, commercial as well as aerospace applications.
Moreover,
due to advancement of technology now the Magnet Assemblies enables us to
improve magnetic performance through improving interior magnet structure, which
brings lots of improved benefits in the form of compact size, weight, power
density, and cooling, as compared to the old traditional machines. The new
technique makes the overall size and weight of the motor to be reduced with
better model design and look.
The
neo magnetic product also produce magnetic assemblies intended for the inertial
guidance systems which can be widely used in marine vessels, aircraft,
spacecraft navigation as well as control systems.
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