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  • Detailed introduction of magnet axial magnetization and radial magnetization

    Detailed introduction of magnet axial magnetization and radial magnetization

    Does the magnet have radial and axial magnetization? Yes, I only played magnets when I was young, but I didn't pay too much attention, so radial magnetization and axial magnetization were the first time I heard about it.... ...More>>

    2022-04-11
  • An iPhone requires parts that use rare earths

    An iPhone requires parts that use rare earths

    Such as mobile phone color screen, camera, vibration motor, circuit board, processor and so on need to use rare earth elements, it can be said that without rare earth, there is no current Apple iPhone.... ...More>>

    2022-03-25
  • Causes of Degauss of Nd-Fe-B at normal temperature

    Causes of Degauss of Nd-Fe-B at normal temperature

    When the NdFeB magnetic material is severely impacted, it may be degauss. Why is this? Because the NdFeB magnet will be subjected to violent external force when it is hit, it may cause changes in its internal structure. Does not show magnetism to the outside... ...More>>

    2022-03-17
  • How to observe magnetic domains?

    How to observe magnetic domains?

    Magnetic domain observation methods can be roughly divided into the following three types:1) Scanning Electron Microscope (SEM) 2) Scanning Probe Microscopy (SPM) 3) Magneto-optical Kerr effect microscope... ...More>>

    2022-03-14
  • What size is 2000 gauss neodymium magnet?

    What size is 2000 gauss neodymium magnet?

    Whether it is a 1000 gauss, 2000gs or 3000gs magnet, they do not have a fixed size, because the gauss value of the magnet is related to the material, performance level, size, thickness, etc. of the magnet, and there is no such thing as a 2000gs permanent magnet. a standard value.... ...More>>

    2022-03-11
  • What does the intrinsic coercivity(Hcj) of a magnet do?

    What does the intrinsic coercivity(Hcj) of a magnet do?

    Different from the coercive force, when the reverse magnetic field H = Bc, although the magnetic induction intensity B of the magnet is 0, the magnet does not show magnetic flux to the outside, but the vector sum of the microscopic magnetic dipole moments inside the magnet is often not 0, and also That is to say, at this time, the magnetic polarization of the magnet tends to maintain a large value in the original direction.... ...More>>

    2022-03-10
  • Influence of Coercive Force of Sintered NdFeB Magnets on Magnetic Properties

    Influence of Coercive Force of Sintered NdFeB Magnets on Magnetic Properties

    The article on the influence of coercive force of sintered neodymium magnets on magnetic properties was edited and edited by Courage Xiaofu, a magnet manufacturer in China. Our company supplies rare earth neodymium magnets, ceramic magnets, and multi-pole magnets​ for a long time. If you need it, you can click the link to view the text. Sample Pictures.... ...More>>

    2022-03-10
  • Maximum working temperature and Curie temperature of neodymium magnet

    Maximum working temperature and Curie temperature of neodymium magnet

    Definition:Curie temperature is the temperature at which all magnetization of a magnet disappears.The maximum operating temperature refers to the number at which each different grade of magnet material works.... ...More>>

    2022-03-09
  • Coercivity vs Intrinsic Coercivity

    Coercivity vs Intrinsic Coercivity

    This article is a detailed explanation of coercivity and intrinsic coercivity, including the origin and difference between coercivity and intrinsic coercivity.... ...More>>

    2022-03-07
  • N35UH Neodymium Magnet [Features Application Demagnetization Curve]

    N35UH Neodymium Magnet [Features Application Demagnetization Curve]

    35uh is a high grade of NdFeB magnets. From time to time, we will meet customers who need this high-performance Nd magnet, most of which are used in the field of motors. Today, the manufacturer of Nd magnets, Courage, will come to share with you N35uh Nd magnets. Magnet characteristics, applications, magnetic properties, and demagnetization curves.... ...More>>

    2022-03-02
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