Custom Ferrite Magnet Anisotropic Magnetic Properties

Sintered Ferrite Magnet
December 27, 2025
Category Connection: Sintered Ferrite Magnet
Brief: Experience a brief tour of features designed to deliver dependable outcomes. In this video, we showcase the anisotropic magnetic orientation of our Customized Sintered Ferrite Magnet, demonstrating its reliable performance in demanding applications like medical devices and industrial systems. You'll see how its customizable dimensions and high coercivity ensure stable magnetic properties under high-temperature conditions.
Related Product Features:
  • Customizable dimensions to fit specific application requirements.
  • Available in both isotropic and anisotropic magnetic orientations for design flexibility.
  • High coercivity range of 235-275 KA/m for strong, stable magnetic performance.
  • Maximum working temperature of up to 200°C, suitable for high-heat environments.
  • Working temperature capability of 250℃, ensuring durability in demanding conditions.
  • Density range of 4.8-5.2 G/cm³ for consistent material quality.
  • Widely used in motors, speakers, sensors, and magnetic separators.
  • Trusted in medical applications such as nasal suction cutters and surgical power drills.
FAQs:
  • What is the difference between isotropic and anisotropic magnetic orientations in sintered ferrite magnets?
    Isotropic magnets are magnetized equally in all directions, while anisotropic magnets are magnetized in a preferred direction during manufacturing, offering stronger magnetic properties along that axis for enhanced performance in specific applications.
  • What is the maximum temperature these sintered ferrite magnets can withstand?
    These magnets have a maximum working temperature of up to 200°C and a working temperature capability of 250℃, making them ideal for applications requiring heat resistance and stable performance in high-temperature environments.
  • In which industries are these customized sintered ferrite magnets commonly used?
    They are widely used in medical devices like nasal suction cutters and surgical drills, as well as in automotive components, consumer electronics, motors, speakers, sensors, and magnetic separators due to their reliable magnetic properties and customizable features.