Magnet properties | |
---|---|
Magnet type | Cylinder |
Material | Neodymium |
Coating | NiCuNi+Epoxy |
Magn. direction | Multipole |
Weight [grams] | 5.63 |
Tolerance all dimensions [mm] | +/- 0.1 |
Outer ØD [mm] | 22 |
Thickness [mm] | 2 |
Magnet data | |
Energy grade | N36 |
Max temp. [°C] | 80 |
Remanence Br [kGauss] | 12.1 - 12.3 |
Remanence Br [Tesla] | 1.21 - 1.23 |
Coercivity HcB [kOe / kA/m] | 11.0 / ≥875 |
Coercivity HcJ [kOe / kA/m] | 12 / ≥955 |
Energy product (BH)max [kJ/m3 / MGOe] | 280 - 298 / 35 - 37 |
This magnet is magnetized in a way that we call multipol or two-pole (2pole). This means that it has both north and south on the same side.
Here are some different ways you can magnetize a permanent magnet. 1: Axial (most common) 2: Diametral 3: Multipole / two-pole
For complete information about Neodymium (aswell as the other magnet materials), see our Magnet facts page.
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