SmCo magnet is a high performance low temperature coefficient permanent magnet made of samarium and cobalt and other rare earth elements. This type of magnet possesses strong magnetic and coercive force, high resistance to corrosion and high working temperature 350 degree centigrade. SmCo magnet is widely used in Headphone, Speakers, Watch, Transducers, Motors, generators and radar etc K. Features: Excellent anticorrosion properties. Outstanding thermal stability Extremely hard & Brittle and high demagnetization resistance Limited raw material supply result high in cost.
Alnico Magnet Cast Alnico magnet, which are aluminum nickel-cobalt-iron alloys, are the most established and widely used permanent materials. Because of its excellent stability over a wide temperatur
Alnico Magnet Cast Alnico magnet, which are aluminum nickel-cobalt-iron alloys, are the most established and widely used permanent materials. Because of its excellent stability over a wide temperatur
Alnico Magnet Cast Alnico magnet, which are aluminum nickel-cobalt-iron alloys, are the most established and widely used permanent materials. Because of its excellent stability over a wide temperatur
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
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
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