86-571-82750965             wang@dbmagnet.com
You are here: Home » Products » Magnetic assemblies » Pot holding magnets » smco pot magnet » Samarium Cobalt shallow round base pot magnets with borehole , SmCo pot magnet with hole, SmCo Pot Magnets with Cylindrical Borehole, Samarium Cobalt Cup Magnet w/ Through Hole Mounting

Product Category

Latest News

loading

Share to:
sharethis sharing button

Samarium Cobalt shallow round base pot magnets with borehole , SmCo pot magnet with hole, SmCo Pot Magnets with Cylindrical Borehole, Samarium Cobalt Cup Magnet w/ Through Hole Mounting

Samarium Cobalt deep pot magnet:
1.High resistance to demagnetization
2.Good temperature stability
3.Resistance to high temperature
4.Excellent resistance to corrosion
5.350° maximum operating temperature
Quantity:
Inquire

    Samarium cobalt cup magnet with a hole  are made of Samarium-cobalt (Smco ) magnets ,they are the  second most powerful magnets after the Neodymium magnet and also are rare earth metal based magnets like neodymium. The main components are samarium (Sm) and cobalt (Co), these two elements can be mixed in ratio 1:5 or 2:17. The final  composition takes  effect on magnetic and thermal parameters of magnets. 
    Samarium cobalt shallow pot magnet with a hole  is a hard and britle material with high energy product and very good resistant to external demagnetizing fields.Maximum working temperature of SmCo magnets is up to +250°C (SmCo5) and up to +300°C (Sm2Co17).
smp3

Model
Size(mm)
Power Force(kg)
Weight(g)
D
h
d1
d2
PSC5-01
20
4.5
3.1
8
9.5
10
PSC5 -02
25
7
6
11
13.5
20
PSC5 -03
32
8
6
11.5
28
35
PSC5 -04
36
7
5
12
35
47
PSC5 -05
40
8
5.5
10
46
73

Previous: 
Next: 

CONTACT US

  Hang Zhou XiaoShan Dunben Magnet  Co., Ltd 
 1702, Unit 2, Building 1, Dacheng Mingzuo, Shiixn Road, Xiaoshan, Hangzhou, Zhejiang, China
  86-571-82750965 
  86-571-82751287
 wang@dbmagnet.com
 

COMPANY

FEEDBACK

Scan QR Code

Copyright © Hang Zhou XiaoShan Dunben Magnet  Co., Ltd All rights reserved.
Designed by Leadong    Manage Entrance