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↑↓ Click on the magnets of interest to see the details and related data.
* If you wish to read the product guide, company overview or other information as printed out, the online brochure is very handy. |
These are sintered magnets made by powder metallurgy and consisting mainly of neodymium (Nd), iron (Fe) and boron (B). Having the highest magnetic energy of all existing magnets, these products are notated as NF among our product lines.
* Click here for details of Nd-Fe-B magnets.
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These sintered products consist of samarium (Sm) and cobalt (Co). Two kinds of material are available: 1-5 series and 2-17 series.
* Click here for details of Sm-Co magnets. |
These sintered ceramics products are based on iron oxide or a similar compound. Although not possessing much magnetic energy, these products offer stable performance and are resistant to rust, thereby achieving high cost performance.
* Click here for details of Ferrite magnets.
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Just like sintered neodymium magnets, these magnets consist mainly of neodymium (Nd), iron (Fe) and boron (B).
* Click here for details of Neodymium plastic magnets. |
This type of representative magnet has existed since ancient times. These cast magnets combine iron (Fe) with aluminum (Al), nickel (Ni) and cobalt (Co).
* Click here for details of Al-Ni-Co magnets.
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| Item |
SI unit |
Conventional unit |
Conversion rate |
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| Magnetic flux |
Wb |
Mx |
1 Mx= Wb |
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| Magnetomotive force |
A |
Gilbert |
1 Gilbert=0.795775A |
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| Magnetic field strength |
A/m |
Oe |
1 Oe=79.5775A/m |
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| Magnetic coercive force |
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| Flux density |
T(= ) |
G |
1 G= T |
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| Magnetic energy product |
J/ |
GOe(=erg/c) |
1 MGOe=7.95775kj/ |
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| Magnetic permeability (absolute permeability) |
H/m(= ) |
G/Oe |
1 G/Oe=1.25664 H/m |
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| Specific magnetic permeability |
Absolute number |
Absolute number |
Identical |
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