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Smco magnet:
1) SmCo magnet is one of kind of rare earth magnet with a high percentage of samarium, which is relatively stable against temperature change
2) With high energy product and excellent coercive force, this material is ideally compact and suitable to highly efficient machines and components, and widely used in application in which higher operation temperature, higher corrosion and oxidation resistance are crucial
3) Two common compositions of this kind of magnet are Sm and co
4) Rare earth magnet with a high percentage of samarium, which is relatively stable against temperature change
5) With high energy product and excellent coercive force, this material is ideally compact and suitable to highly efficient machines and components
6) Widely used in applications in which higher operation temperature, higher corrosion and oxidation resistance are crucial
7) Two common compositions: Sm<sub>1</sub>Co<sub>5</sub>
8) High energy ranging from 14MGOe to 30MGOe
9) Reliable coercive force
10) With the best temperature characteristics in rare earth material family
It is a high performance, low temperature coefficient permanent magnet with its high working temperature 350 degree centigrade. When working above 180 degree centigrade, its maximum energy product BH and steady temperature are superior than NdFeB magnetic materials. It need not to be coated because it is difficult to be eroded and oxidized
1)Size and shaped as your requirements.
2)With all grades of material :S16,S18,S300 ect.
3)They are environment and recycle friendly.
SmCo magnets are divided into two types: SmCo5 and Sm2Co17. SmCo5 has a maximum energy (BHmax) of 22MGOe.. Compared with 30MGOe(BHmax) of Sm2Co17, the composition of 2:17 magnets offers better anti-corrosion ability and is more stable at very high temperatures. The temperature environment is 250 ~350 . The above characteristics make SmCo the ideal material in applications like servo-motors, pump couplings, and sensors, particularly where the magnet is required to work at high temperature in a corrosive environment.
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