Brief Introduction to Flexible Sheet Magnets
Flexible magnets covers a wide variety of magnetic materials. The different categories are defined partly by the actual input magnet chemical constituents and partly by the magnet material manufacturing process. The most common constituents in Flexible ferrite magnetic material Barium Ferrite and Strontium and, more recently, in rare earth Flexible material, Neodymium Iron Boron, all loaded into PVC binders. Most Flexible magnetic material is produced in strip or sheet by extrusion process. Higher magnetic characteristic/performance Flexible material is obtained either by work rolling/hardening in the rolling process or by including special additives to the chemical constituents.
Flexible magnets covers a wide variety of magnetic materials. The different categories are defined partly by the actual input magnet chemical constituents and partly by the magnet material manufacturing process. The most common constituents in Flexible ferrite magnetic material Barium Ferrite and Strontium and, more recently, in rare earth Flexible material, Neodymium Iron Boron, all loaded into PVC binders. Most Flexible magnetic material is produced in strip or sheet by extrusion process. Higher magnetic characteristic/performance Flexible material is obtained either by work rolling/hardening in the rolling process or by including special additives to the chemical constituents.
Flexible materials has a particular steady magnetic power and a smooth surface, which is a uniquely desirable combination of properties for many product designer with a lower cost, especially in flexibility and machinability, no other magnetic materials has this characteristic comparable to it.
Flexible materials is enough soft to be easily bent, twisted, coiled, punched, and otherwise machined into almost any shape without loss of magnetic energy.
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