samarium and cobalt permanent magnet

SmCo magnet is a rare earth metal samarium and cobalt-based strategy elements, with iron, copper, zirconium, praseodymium and other metal materials ratio of melting into the alloy, grinding, pressing, sintering and aging made of a magnetic materials with higher magnetic properties (high energy product, high coercivity, high remanence); very low temperature coefficient (*0.**0% /degree), high temperature (maximum temperature is **0 degree), negative temperature has no limitation, the working temperature above **0 degree, the maximum energy product, temperature stability and chemical stability are more than NdFeB material; has a strong anti-corrosion and oxidation resistance. Therefore, SmCo magnet is widely used in aerospace, defense industry, microwave devices, communications, medical equipment, instruments, wind power, a variety of magnetic drives, sensors, magnetic processor, high-end motor, etc.
magnetic pump Application:

There is a non-magnetic pump seals leaking transmission fluid fog machine. Mainly for the centrifugal pump vane pump design, in a sealed external cavity with a rotating magnetic field, and through the magnetic field to drive inside the sealed chamber synchronous rotating magnetic rotor components, and sealing the internal cavity of the rotor components driven fluid acting on the impeller to achieve. Since the axis of rotation of stator components do not wear clothing with shield seal body. To ensure zero leakage of magnetic pump, no pollution. SmCo magnet with its stable energy product, high temperature (**0 degree) for excellent performance, widely used in magnetic pump.
Sensor Applications:

Magnetic sensor system requires permanent magnetic materials can be integrated to provide a stable magnetic properties, NdFeB maximum use temperature of **0 to **0 degree, the reversible temperature coefficient of *0.1 to *0.*3% /degree, can not meet the high-end magnetic sensor system requirements, and the highest temperature is **0 degree, the reversible temperature coefficient of *0.**0% /degree and NdFeB material with unmatched corrosion resistance materials as high-end sensor system Sm2Co*7 the most appropriate permanent magnet materials.