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Why Samarium Cobalt Magnets Are Preferred Over Neodymium Iron Boron?

Both Samarium Cobalt and high temperature Neodynmium Iron Boron magnets maintain their magnetic strength at higher temperatures. Read more info...https://www.armsmag.com/magnet-materials-samarium-cobalt-magnets.html <br>

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Why Samarium Cobalt Magnets Are Preferred Over Neodymium Iron Boron?

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  1. Samarium Cobalt Magnets Are Preferred Over Neodymium Iron Boron www.armsmag.com

  2. The most common Rare Earth Magnets are Neodynium Iron Boron, but that is not what exactly you are looking for always.  www.armsmag.com

  3. Rather you need to ask whether the magnets inside the Tube Magnet is sintered or bonded.   Samarium Cobalt Magnet (SmCo) are powerful magnets which is also rare earth magnets, it is composed of samarium and cobalt.  All Samarium Cobalt is sintered and therefore, these magnets work with high temperature applications where neodymium fails to work. www.armsmag.com

  4. The maximum operating temperatures for this magnet is between 250 and 550 °C, whereas standard Neodynium Iron Boron magnets are suitable for applications up to 80° C. Samarium Cobalt magnets are commonly used for magnetic couplings, high performance motors and magnetic separators.  In Curie temperature for samarium cobalt, it varies from the range of 700 to 800 °C. Also, Samarium Cobalt subject to less corrosion than a Neodymium magnet, thus, it does not require coating or plating. www.armsmag.com

  5. Features Of Samarium Cobalt Magnet: • It offers strong resistance to demagnetization • Standard tolerances for Samarium Cobalt magnet is +/-.005 for ground dimensions www.armsmag.com

  6. Samarium Cobalt 1:5 offers 16 MGOe (energy product) to 22 MGOe, it is composed using approximately 50% samarium and 50% cobalt • Samarium Cobalt 2:17 offers 24 MGOe to 32 MGOe and is made of 25% samarium, 5% copper, 18% iron, 2% hafnium or zirconium, with the remainder being cobalt www.armsmag.com

  7. Both Samarium Cobalt and high temperature Neodynmium Iron Boron magnets maintain their magnetic strength at higher temperatures. However, Samarium Cobalt is significantly more expensive than Neodymium Iron Boron but they do offer stable temperature for very high temperature applications. www.armsmag.com

  8. Samarium Cobalt magnet cannot be formed with conventional drilling, turning or milling processes, this must be on ground before they are magnetized. Also, the large or complex assemblies are usually magnetized prior to assembly. All Samarium Cobalt magnets are produced on the range from 0.8 to 1.15 Tesla. www.armsmag.com

  9. Tel (360) 647 - 8438 Toll-Free (800) 965 - 4968 Fax (360) 539 -1850 E-mail sales@armsmag.com Address 700 Sunset Pond Lane, Suite #4 Bellingham, WA 98226 Website www.armsmag.com www.armsmag.com

  10. If you have any requirement or need any other information related to Samarium Cobalt magnets, or other Product then please visit our website. www.armsmag.com www.armsmag.com

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