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Rare earth samarium cobalt magnets, shorted as SmCo rectangular magnet, are a type of powerful permanent magnet made from the basic elements samarium and cobalt and other metal rare earth materials by mixing, melting, grinding, pressing and sintering. They come in various sizes and shapes, like disc,bar, ring, arc,block, etc.,. Similar to neodymium strong magnets, they belong to the rare earth magnet category, and tcan be classified as SmCo5 and Sm2Co17 according the composition ratios of samarium and cobalt.

Rare Earth SmCo Magnets for Sale Rare earth samarium cobalt magnets, shorted as large SmCo block magnets, are a type of powerful permanent magnet made from the basic elements samarium and cobalt and other metal rare earth materials by mixing, melting, grinding, pressing and sintering. They come in various sizes and shapes, like disc,bar, ring, arc,block, etc.,. Similar to neodymium strong magnets, they belong to the rare earth magnet category, and tcan be classified as SmCo5 and Sm2Co17 according the composition ratios of samarium and cobalt.

Rare earth SmCo(Samarium Cobalt) countersunk ring magnets have very high coercivity, which means they are not easy to demagnetize. SmCo countersunk ring magnets are known by their ability to work at temperatures up to 350 degrees Celsius. Generally speaking, it is rare earth countersunk magnet, which can provide a strong magnetic force. Because of the hardness of SmCo materials, it is necessary to use professional tools to machine countersunk ring SmCo magnets.If you need screwed on or mountable samarium-cobalt(SmCo) magnets,please contact us now for quotation. Beside countersunk SmCo magnets, this SmCo is also available as smco bar magnets, disc magnets, block magnets, cylinder magnets and arc magnets.

The long rare earth SmCo block magnets are called as SmCo bar magnets.Rare Earth samarium cobalt (SmCo) bar magnets can be used in high temperature environment or applications with demagnetization potential. SmCo bar magnets can be custom machined in different ways and can be magnetized in a specified direction. But the direction of magnetization must be fixed during the manufacturing process and cannot be changed when the magnet is made, which is the same as neodymium bar magnets.