Magnetization Direction
The magnetization occurs during the process of shaping the magnet, this means there is no magnet without this step.
Below you will find information about the magnetization of our magnets according to their form:
| Disc neodymium magnets | |
| About 95% of our discmagnets are axially magnetized. That is to say the magnetic poles are located on the two circular surfaces |
Some of our disc magnets are also diametrically magnetized |
axial |
diametrical |
| Rod neodymium magnets | |
| Usually the magnetization in the rods is by the height. |
Our rod magnets with diametrical magnetization |
axial |
diametrical |
| Ring neodymium magnets | |
| Also most rings are axially magnetized |
We offer the following rings with diametrical magnetization |
axial |
diametrical |
| Block neodymium magnets | |
| Normally Blockmagnets are magnetized by the height (axial) |
Some of our blockmagnets are in the longitudinal direction magnetized. |
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| neodymium Cubes | neodymium Spheres |
| As well as the blockmagnets, our cubes are in the height magnetized |
The magnetic poles of the spheres are opposed |
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Magnetization Direction of Permanent Magnets
Normally, magnets need to be magnetized, so it is vital to know its magnetization direction when manufacturing ceramic & ferrite magnet. In order to let our customer get a general idea of it, we’d like to introduce the normal magnetization directions of different shapes of ceramic & ferrite magnets as below for your reference:
Magnetization Direction of Permanent Magnets