• 250°C maximum operating temperature
• Wide range of applications e.g Motors, Audio Equipment, Craft products
• General purpose, cost effective
• Excellent resistance to corrosion
• High resistance to demagnetisation
*Where appropriate (A) is the magnetisation Axis - it shows the axis the magnet is magnetised in; the number before it is the distance between the N to S faces.
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Ferrite (Ceramic) block magnets / Ferrite(Ceramic) slab magnets
Ceramic ferrite block magnets are usually specified by their three dimensions such that the first two dimensions specify the size of each magnet pole face while the final dimension indicates the pole to pole distance (the ferrite magnet is therefore magnetised in the direction of the last dimension).
Ferrite Rectangular Magnets or Ferrite Square Magnets
Ferrite (Ceramic) block magnets are also known as ferrite rectangular magnets or ferrite square magnets, ferrite slab magnets and ferrite cube magnets.
Anisotropic ferrite magnets have their direction of magnetisation locked into the structure of the ferrite magnet and so cannot be re-magnetised into a different direction (other than swapping the North and South poles around). Isotropic ferrites (which are weaker in magnetic output performance) can be magnetised in almost any direction provided the magnetising coil fixture is capable of providing the correct pattern with enough magnetising strength.
Ferrite Magnets with Deep Magnetic Fields
Although ferrite magnets are not as powerful as Samarium Cobalt and Neodymium (size for size) - they can be made as large blocks which are (relatively speaking) potentially safer to handle (care should always be taken when handling magnets, especially the larger and more powerful magnets).
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