Reliable Supplier Samarium Cobalt Rod Magnet - Rectangle Samarium Cobalt Magnet – Horizon

Short Description:


Product Detail

Product Tags

Related Video

Feedback (2)

The really abundant projects management experiences and 1 to just one provider model make the high importance of business enterprise communication and our easy understanding of your expectations for Permanent Magnet Lifter, Neodymium Channel Magnet, Whiteboard Magnet, Teamwork is encouraged at all levels with regular campaigns. Our research group experiments on various developments during the industry for improvement within the solutions.
Reliable Supplier Samarium Cobalt Rod Magnet - Rectangle Samarium Cobalt Magnet – Horizon Detail:

Rectangle Samarium Cobalt magnet, Samarium Cobalt magnet block or SmCo rectangular magnet is a common type of block shaped SmCo magnet. The block SmCo magnet has a widely application in high quality electric motors, sensors, ignition coils, magnetic pump couplings, etc, due to its specific features as follows:

1.High magnetic values with Br high to 11.7 kG (1.17 T) and (BH)max high to 35 MGOe (275 kJ/m3)

2.High working temperature with maximum working temperature high to 250 ºC ~ 350 ºC

3.Outstanding thermal stability with reversible temperature coefficient low to -0.03 %/ºC for Br and -0.2%/ºC for Hcj

4.Excellent corrosion resistance and then no surface treatment required, especially in the high corrosion working environment

5.Excellent demagnetization resistance because of Hcj higher than 25 kOe (1990 kA/m)

Generally several pieces of rectangle SmCo magnets are sliced via the inner circle cutting from a rectangular magnet block directly. If it is a thin block SmCo magnet and the quantity is large, the multi-wire cutting machine is used to save machining cost, increase the machining efficiency, reduce magnet material waste so as to ensure better price for customers. If the dimension of one or two directions is large, for example >60 mm, it should need grinding and EDM (electrical discharge machining), due to the limits of the inner circle slicing machine. If all three directions are too large, only grinding is needed.

There is some limit about size requirement for rectangle SmCo magnets with following specification:

Normal size range: L (Length): 1 ~ 160 mm, W (Width): 0.4 ~ 90 mm, T (Thickness): 0.4 ~ 100 mm

Maximum size: Rectangular: L160 x W60 x T50 mm, Square: L90 x W90 x T60 mm

Minimum size: L1 x W1 x T0.4 mm

Orientation direction size: Lower than 80 mm

Tolerance: Generally +/-0.1 mm, Particularly +/-0.03 mm

If customers prefer the dimension of one direction to be large, the other two directions have to be narrowed accordingly. If two directions are large, too thin thickness is not allowed, because SmCo magnet is too brittle and it’s easy to fracture during machining and assembling.


Product detail pictures:

Reliable Supplier Samarium Cobalt Rod Magnet - Rectangle Samarium Cobalt Magnet – Horizon detail pictures


Related Product Guide:

With a sound enterprise credit history, exceptional after-sales services and modern production facilities, we've earned an outstanding track record amongst our consumers across the whole world for Reliable Supplier Samarium Cobalt Rod Magnet - Rectangle Samarium Cobalt Magnet – Horizon, The product will supply to all over the world, such as: Mauritius, Poland, Belgium, We have more than 10 years experience of production and export business. We always develop and design kinds of novel products to meet the market demand and help the guests continuously by updating our products. We are specialized manufacturer and exporter in China. Wherever you are, please join us, and together we will shape a bright future in your business field!
  • The company can keep up with the changes in this industry market, product updates fast and the price is cheap, this is our second cooperation, it's good.
    5 Stars By Mavis from Juventus - 2017.06.16 18:23
    Product quality is good, quality assurance system is complete, every link can inquire and solve the problem timely!
    5 Stars By Heloise from Netherlands - 2017.10.25 15:53