NdFeB magnet

NdFeB magnet has excellent permanent magnet properties and extremely high cost performance compared with traditional permanent magnet materials.NdFeB magnet magnets have greatly expanded the application fields of permanent magnets. Widely used in transportation, energy, communications, home appliances, machinery, medical equipment and other fields.

has many years of design and research & development experience, we have been committing ourselves to the development and production of high coercive force, low reversible temperature coefficient and low weight loss characteristics of NdFeB with high performance consistency and high quality. We can provide customers with customized NdFeB magnet and solutions.

(1) Customized Shapes: Block, Cylinder/Disc, Ring/Tube, Segment/Tile/Arc/Sector, Special Shapes

(2) Customized Coatings: Nickel(NICUNI), Zinc(ZN), Phosphorus(P), Epoxy(NICU+EP, NICUNI+EP,P+EP), PTEF, Aluminum Matrix Composites

Permanent Arc Magnets:
Supply arc magnets, magnetic tile for motor with high quality, low price and fast delivery.
Arc magnet are widely used in kinds of motor, rotor, stator and other industry.
Materials: 

Sintered NdFeB / Neodymium magnet
Surface treatment: 

Ni, Ni + Cu + Ni, Zn, Color Zn, Epoxy, Gold, etc.
Applications of neodymium magnets:
1) Servomotor, step motor, DC motor and linear motor
2) Loudspeaker, headphone, earphone and microphones
3) Holding system equipment
4) Medical facility
5) Sound device
6) Wind power
7) VCM, MRI
8) Mobile accessory
9) Research and development, as well as many other applications
Technique Equipment for Arc Permanent Magnet:
1. Smelting
2. Sintering
3. Jet Milling
4. Hydrogen decrepitation
5. Slicing
6. Pressing
7. Wire cutting
Characteristics:
1. Superior magnetic properties
2. Competitive cost to performance ratio
3. Various plating type
4. Various shapes

Special magnetization mode: multi-pole magnetization

Common magnetization directions are as below:

1) Disc, cylinder and ring shape magnets can be magnetized axially or radially.

2) Block shape magnets can be magnetized through thickness, length or width.

3) Arc shape magnets can be magnetized radially, through width or thickness.