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The magnetization of ferromagnetic materials

Ferromagnetic (or magnetically conductive) materials such as iron and steel and their alloys can very easily become magnetic. Depending on the type of material or alloy, the product may remain magnetic; this is referred to as remanent magnetism. Even non-ferrite stainless steel can become magnetized as a result of deformation or welding.

magnetism by deformation or welding
Magnetic Slide Conveyor

 

In that case, the induced magnetism often originates from other magnetic sources, such as lifting magnets, clamping tables, loudspeakers or magnetic transport systems. Magnetic fields near transformers, welding cables and welding processes can also induce magnetism. Even certain processes, such as drilling, grinding, sawing and polishing of the material, can result in remanent magnetism. As mentioned above, this can even occur in stainless steel.

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Anisotropic

When magnetic material is pressed in a magnetic field, this material is called preferentially-oriented and anisotropic. Anisotropic material can only be magnetized in the preferential orientation.

Magnet materials

Ferrite
magnets
 

Ferrite magnets Read more

Neodymium (Neoflux®) magnets

Neodymium Neoflux Magneten Read more

Samarium-cobalt magnets
 

Samarium Kobalt magneten Read more

Aluminum-nickel-cobalt magnets

Aluminum-nickel-cobalt magnets Read more

Plastic bonded magnets
 

Plastic bonded magnets Read more