Disc Neodymium Countersunk Magnet, N42 Disc Magnet with Countersunk Hole,Customized Countersunk Magnets, Sintered NdFeB Countersunk Magnets, Customized Countersink NdFeB Magnet, NdFeB Magnetic Countersunk
Product Name: Disc Neodymium Countersunk Magnet
Model No:NCD-1233-N42
Specifications:
1. Powerful permanent pot magnet
2. High quality & best price
3. High working temperature
4. Good corrosion resistance
Original Manufacturer:HangSeng Magnetech
Solution:Customized your required material, size, coating, shape, grade, pull force and woking temperature
Origin:Ningbo, Zhejiang, China
Supply Ability:50000pcs/day
Certification:SGS,TUV,ISO9001,ROHS,TS16949
Applications:magnetic holding, lifting, antenna Mounting, positioning, retrieving and much more.
Neodymium Disc Magnet with Countersunk Hole – Countersunk Neodymium Magnets with hole/NdFeB Countersink Magnets:
1. Shape: Disc, Ring, Arc, Disc, Ring, Cylinder,Block, Contersunk ring etc.
2. Grade: N35,N38,N40,N42,N45,N48,N50,N52
3. Size:As customized.
4. Coating: Nickle, Nickle-Cu-Nickle, Zn… etc.
5. Production time: 7-15 days.
6. Payment terms: T/T
7. Application: Industry magnets.
8. Direction of magnetization:
a, Thickness magnetized
b, Radial magnetized
c, Multi-poles magnetized
d, Axially magnetized
e, Customized specific requirement magnetized
The neodymium atom also can have a large magnetic dipole moment because it has 7 unpaired electrons in its electron structure as opposed to (on average) 3 in iron. In a magnet it is the unpaired electrons, aligned so they spin in the same direction, which generate the magnetic field. This gives the Nd2Fe14B compound a high saturation magnetization (Js ~1.6 T or 16 kG) and typically 1.3 teslas. Therefore, as the maximum energy density is proportional to Js2, this magnetic phase has the potential for storing large amounts of magnetic energy (BHmax ~ 512 kJ/m3 or 64 MG·Oe). This magnetic energy value is about 18 times greater than “ordinary” magnets by volume. This property is higher in NdFeB alloys than in samarium cobalt (SmCo) magnets, which were the first type of rare-earth magnet to be commercialized. In practice, the magnetic properties of neodymium magnets depend on the alloy composition, microstructure, and manufacturing technique employed.