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 from 26MGOe to 50 MGOe and wonderful coercive force, high resistance to demagnetization. This group of magnetic materials provides the highest available. NdFeB magnet can be used as an ideal magnet in mini-motor, sensors, audio Speaker or Auto Parts etc. The surface treatment method include Zine, Nickel, Tin, Silver, Phosphor and Spray Epoxy Resin etc. Features: Poorest corrosion resistance of all commercial magnetic material. Excellent cost to performance ratio and high resistance to demangnetization Not suitable for application which exposed in high temperature conditions No tooling charges require and small quantity available
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 fo
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 fo
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 fo
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
help
Add to favorite
Favorite products
