Ferrite Magnet (Ceramic 1,5,6,7) & Cutting Magnets (Ceramic 8) The chemical composition of magnets is iron oxide, barium and strontium elements. SrO-6 (Strontium Carbonate), Fe2O3 (Ferrite Oxide) or BaO-6 (Bariumar Bonate) (Fe2O3) It is manufactured under a powder metallurgy process and various types of: Isotropic Barium Magnet and Anisotropic (Strontium or Barium). Ferrite magnet is most widely used and have won wide acceptance. Due to it is good resistance to demagnetization, excellent corrosion resistance and the biggest advantage of such economic cost. The Ferrite magnet is widely from most types of DC motors, loudspeakers, Magnetic Instruments, magnetic Holders and automotive sensors. The magnetizing in various patterns can be made depending upon the usage, various sizes and shapes can be made depending according to the customer s demand. Features: Produce by powder metallurgical method High electric resistance to demagnetization and good temperature stability. Multi-poles magnetization available and most widely used permanent magnet. Lowest cost and Suitable for mass production.
Ferrite Magnet (Ceramic 1,5,6,7) & Cutting Magnets (Ceramic 8) The chemical composition of magnets is iron oxide, barium and strontium elements. SrO-6 (Strontium Carbonate), Fe2O3 (Ferrite Oxide) or
Ferrite Magnet (Ceramic 1,5,6,7) & Cutting Magnets (Ceramic 8) The chemical composition of magnets is iron oxide, barium and strontium elements. SrO-6 (Strontium Carbonate), Fe2O3 (Ferrite Oxide) or
Flexible magnet produced by consolidating Strontium or Barium Ferrite powder with polymer matrix. Flexible magnets don t crack or break. Form in profiles, strips & sheets by extrusion or calendarin
Flexible magnet produced by consolidating Strontium or Barium Ferrite powder with polymer matrix. Flexible magnets don t crack or break. Form in profiles, strips & sheets by extrusion or calendarin
Flexible magnet produced by consolidating Strontium or Barium Ferrite powder with polymer matrix. Flexible magnets don t crack or break. Form in profiles, strips & sheets by extrusion or calendarin
NdFeB magnet is mainly made of Neodymium, Iron and Boron with excellent magnetic property, produced by powder metallurgical method with chemical composition of Nd2Fe14B, possesses high energy ranging
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