Magnetic Appliances
FERRITE MAGNETS

Overview
Because these are oxide
magnets produced by the powder metallurgy method, their residual
magnetic flux density is relatively low, but they have the major
advantage of high coercive force and are therefore not easily affected
by the presence of demagnetizing fields.
Positioning of Ferrite Magnets
Ferrite magnets use a wide range of materials with
special properties. Especially at the high end of the performance
spectrum, our magnet series are suitable for all kinds of applications.
HCJ and Br correlations of the various materials are shown in Figure 1.
Ferrite magnets may be customized upon request, within the indicated range of HCJ and Br characteristics.
In the interests of thorough quality control in each process, we have adopted measuring methods of the Magnetic Materials Producers Association (MMPA) of the United States and the Japanese Industrial Standard (JIS) for magnetic characteristics.
HCJ and Br correlations of the various materials are shown in Figure 1.
Ferrite magnets may be customized upon request, within the indicated range of HCJ and Br characteristics.
In the interests of thorough quality control in each process, we have adopted measuring methods of the Magnetic Materials Producers Association (MMPA) of the United States and the Japanese Industrial Standard (JIS) for magnetic characteristics.
Demagnetization Curve (PDF file)
| Demagnetization Curve | File Size |
|---|---|
| High Energy Ferrite Magnets NMF Series | 266KB |
Inquiries
NEOMAX Division TEL : +81-3-5765-4202
Inquiry Form
Inquiry Form

