Known as SmCo magnets, samarium cobalt magnets are part of the rare-earth family of permanent magnets along with neodymium magnets. Samarium Cobalt rare earth magnets are often used in high temperature applications needing high magnetic performance and where magnetic stability over a wide range of temperatures is important.
Samarium cobalt magnet is mainly formed by the metal samarium, cobalt and some other rare earth elements of the permanent magnet. It has a high magnetic energy product, super low-temperature coefficient, and the operating temperature can up to 300 ℃. At the same time, it has strong corrosion resistance and oxidation resistance. Therefore, SmCo magn1
Similarly to many other rare earth magnets samarium cobalt is brittle and can be chipped and cracked easily making them unsuitable for applications that require repetitive direct impact to the surface of the magnet. These magnets are often best used in applications where the magnet is recessed into a hole or groove to protect the magnet from impact1
SmCo magnets are widely used in applications in which high operating temperature and high corrosion and oxidation resistance are crucial. These samarium cobalt magnetic discs are made of an alloy of samarium and cobalt. Their strength is similar to neodymium magnets.
Samarium Cobalt (SmCo) magnets are composed of Samarium, Cobalt and other metallic rare earth materials. these rare earth magnets are extremely strong, metallic in appearance and sable physical property .These magnets could be in simple shapes also could be made according to customer's need.
SmCo Magnets are second generation of rare earth magnets, specified into SmCo5 and Sm2Co17 . It is made of samarium, cobalt and other rare earth metal, processed through smashing, pressing and sintering. It has high energy product and extremely low temperature coefficient. Due to strong magnetic property and excellent temperature performance, its w1
SmCo ring magnet 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. Sintered SmCo needn’t to be coated because it is difficult to be erod1
According to the different components of the SmCo5 and Sm2Co17, respectively, they are the first generation and the two generation rare earth permanent magnetic material. Because of its raw materials are scarce, the price is expensive and limit the development. Samarium cobalt (SmCo) as the second generation rare earth permanent magnet, not only ha1
Samarium cobalt magnet is mainly formed by the metal samarium, cobalt and some other rare earth elements of the permanent magnet.It has a high magnetic energy product, super low temperature coefficient,and the operating temperature can up to 300 ℃.At the same time, it has a strong corrosion resistance and oxidation resistance. Therefore, SmCo magne1
Samarium Cobalt as Second Generation Rare Earth Permanent Magnet, which is made of samarium, cobalt and other rare earth metal materials, dissolved into alloy, crushed, pressed and sintered. As part of the rare earth group of permanent magnets, SmCo magnets typically fall into two families of materials. They include rare earth SmCo5 and Sm2Co17, an1
Samarium Cobalt Magnet is mainly made of Cobalt,Samarium and other rare earth elements. Its advantage is the maximum operating temperature up to 300ºC and its good corrosion and oxidation resistance. Samarium Cobalt Magnets, therefore do not need to be coated. It is widely used in motors, meters, sensors, detectors, engine, rada and other high-tech1
SmCo Arc magnets are typically used in permanent magnet motors, generators and torque couplings. Neodymium arc magnets are widely used, however; applications may require samarium cobalt (SmCo) arc magnets or ceramic arc magnets
Samarium Cobalt (SmCo) magnets are powerful magnets rare earth magnets composed of samarium and cobalt. They are commonly used in high performance motors, magnetic couplings and magnetic separators. These are brittle magnets and are prone to cracking and chipping. Samarium magnets can be used for high temperature applications where neodymium will n1
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