Eneflux Armtek Magnetics, Inc. Sintered Samarium Magnetic DISKS RE-0449

Description
The original "rare earth" magnet material, Samarium Cobalt (SmCo) has been commercially available for more than three decades. While it has been replaced in many projects by newer materials, SmCo continues to perform in applications where no other materials can provide the required combination of characteristics. SmCo magnets boast a unique set of attributes - high magnetic strength, excellent corrosion resistance, and good stability at elevated temperatures. SmCo magnets can be used in situations where operating temperatures will exceed 500° F. As a result, in applications requiring a strong, corrosion resistant magnet that will be exposed to high temperatures, SmCo remains unmatched. SmCo is not only resistant to high temperature, but also highly coercive and very stable over a wide temperature range. This allows the field generated by SmCo magnets to remain relatively constant even after being exposed to numerous heating and cooling cycles. While Alnico magnets are similarly stable, they are far weaker magnetically than magnets made from SmCo. SmCo magnets are mechanically weak, and are subject to fracture under relatively low levels of compressive or tensile stress. This, combined with their elevated cost compared to some other materials has led to SmCo being replaced with sintered neodymium or injection molded materials in many applications. Please consult with an EA Magnetics project specialist regarding your particular SmCo magnet application for more information.
Description
The original "rare earth" magnet material, Samarium Cobalt (SmCo) has been commercially available for more than three decades. While it has been replaced in many projects by newer materials, SmCo continues to perform in applications where no other materials can provide the required combination of characteristics. SmCo magnets boast a unique set of attributes - high magnetic strength, excellent corrosion resistance, and good stability at elevated temperatures. SmCo magnets can be used in situations where operating temperatures will exceed 500° F. As a result, in applications requiring a strong, corrosion resistant magnet that will be exposed to high temperatures, SmCo remains unmatched. SmCo is not only resistant to high temperature, but also highly coercive and very stable over a wide temperature range. This allows the field generated by SmCo magnets to remain relatively constant even after being exposed to numerous heating and cooling cycles. While Alnico magnets are similarly stable, they are far weaker magnetically than magnets made from SmCo. SmCo magnets are mechanically weak, and are subject to fracture under relatively low levels of compressive or tensile stress. This, combined with their elevated cost compared to some other materials has led to SmCo being replaced with sintered neodymium or injection molded materials in many applications. Please consult with an EA Magnetics project specialist regarding your particular SmCo magnet application for more information.

Suppliers

Company
Product
Description
Supplier Links
Medford, NY, USA
Sintered Samarium Magnetic DISKS
RE-0449
Sintered Samarium Magnetic DISKS RE-0449
The original "rare earth" magnet material, Samarium Cobalt (SmCo) has been commercially available for more than three decades. While it has been replaced in many projects by newer materials, SmCo continues to perform in applications where no other materials can provide the required combination of characteristics. SmCo magnets boast a unique set of attributes - high magnetic strength, excellent corrosion resistance, and good stability at elevated temperatures. SmCo magnets can be used in situations where operating temperatures will exceed 500° F. As a result, in applications requiring a strong, corrosion resistant magnet that will be exposed to high temperatures, SmCo remains unmatched. SmCo is not only resistant to high temperature, but also highly coercive and very stable over a wide temperature range. This allows the field generated by SmCo magnets to remain relatively constant even after being exposed to numerous heating and cooling cycles. While Alnico magnets are similarly stable, they are far weaker magnetically than magnets made from SmCo. SmCo magnets are mechanically weak, and are subject to fracture under relatively low levels of compressive or tensile stress. This, combined with their elevated cost compared to some other materials has led to SmCo being replaced with sintered neodymium or injection molded materials in many applications. Please consult with an EA Magnetics project specialist regarding your particular SmCo magnet application for more information.

The original "rare earth" magnet material, Samarium Cobalt (SmCo) has been commercially available for more than three decades. While it has been replaced in many projects by newer materials, SmCo continues to perform in applications where no other materials can provide the required combination of characteristics.
SmCo magnets boast a unique set of attributes - high magnetic strength, excellent corrosion resistance, and good stability at elevated temperatures. SmCo magnets can be used in situations where operating temperatures will exceed 500° F. As a result, in applications requiring a strong, corrosion resistant magnet that will be exposed to high temperatures, SmCo remains unmatched.
SmCo is not only resistant to high temperature, but also highly coercive and very stable over a wide temperature range. This allows the field generated by SmCo magnets to remain relatively constant even after being exposed to numerous heating and cooling cycles. While Alnico magnets are similarly stable, they are far weaker magnetically than magnets made from SmCo.
SmCo magnets are mechanically weak, and are subject to fracture under relatively low levels of compressive or tensile stress. This, combined with their elevated cost compared to some other materials has led to SmCo being replaced with sintered neodymium or injection molded materials in many applications.
Please consult with an EA Magnetics project specialist regarding your particular SmCo magnet application for more information.

Supplier's Site
Samarium Disk - RE-0449 - Magnet Kingdom
Medford, NY, USA
Samarium Disk
RE-0449
Samarium Disk RE-0449
Specifications: Material: Samarium Shape: Disk Finish: As Sintered Outer Diameter: 0.125 inch Thickness: 0.125 inch Mounting: N/A Lift Strength: 0.33 lb. Grade: 1-5 MGOe: 22 Machineable: No Maximum Operating Temperature: 350 °C Impact Resistance: Poor Weight: 0.001 lb.

Specifications:

Material: Samarium

Shape: Disk

Finish: As Sintered

Outer Diameter: 0.125 inch

Thickness: 0.125 inch

Mounting: N/A

Lift Strength: 0.33 lb.

Grade: 1-5

MGOe: 22

Machineable: No

Maximum Operating Temperature: 350 °C

Impact Resistance: Poor

Weight: 0.001 lb.

Supplier's Site

Technical Specifications

  Eneflux Armtek Magnetics, Inc. Magnet Kingdom
Product Category Industrial Magnets Industrial Magnets
Product Number RE-0449 RE-0449
Product Name Sintered Samarium Magnetic DISKS Samarium Disk
Industrial Magnets Individual Magnets Individual Magnets
Material Samarium Cobalt Samarium Cobalt
Magnet Grade 1-5 1-5
Operating Temperature 482 F (250 C) 662 F (350 C)
Holding Force 0.3300 lbs (0.1497 kg)
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