Categories
- Radial Ring Magnets
- Neodymium Magnets
- Licensed Ndfeb Magnets
- Disc Ndfeb Magnets
- Ndfeb Ring Magnets
- Ndfeb Magnets Block
- Irregular Ndfeb Magnets
- Ndfeb Arc Segments
- Ndfeb Cylinder Magnets
- Bonded Ndfeb Magnets
- Magnet Sphere
- Ferrite Magnets
- Alnico Magnets
- SmCo Magnets
- Motor Magnets
- Flexible Magnets
- Magnetic Assemblies
Bonded Neodymium Magnets
Generally, the bonded NdFeB magnet is produced by molding compression of the compound NdFeB alloy powder with epoxy resin, also it can be made by injection or extrusion from NdFeB alloy powder mixed with plastic. Higher Magnet Property: the magnet property of Bonded NdFeB magnet is between that of sintered NdFeB and ferrite, and with good consistency and stability.
NdFeB has the characteristics of small size, light weight and strong magnetism. It is the magnet with the best performance-to-price ratio so far. The use of NdFeB is popular in the industries of motors, engines, computers, communications, information, automobiles, and home appliances.
We are an ISO/TS 16949 certified manufacturer,and have more than 20 years manufacturing experience and export experience for 19 years. We offer various products and we also provide customer design service for you.
Neodymium arc magnet permanent magnet generator parts is composed of neodymium, iron, boron and a few transition metals. It has many advantages like high coercive force, high energy, high performance/ cost ratio and can be easily formed into various shapes and widely used in many fields such as aviation, electronics, instruments, meters, DC motors, Liner motors, MRI, medical and health products. It is the third generation of rare earth permanent magnet and at the same time the most powerful and advanced commercialized permanent magnet today.
The manufacturing process of NdFeB is carried out by powder metallurgy process, and raw materials containing certain proportions such as ruthenium, osmium, iron, cobalt, ruthenium, osmium, aluminum, copper, boron iron, etc. are smelted into alloy steel ingots by medium frequency induction melting furnace. Then, the powder is crushed into 3 to 5 μm and pressed into a magnetic field. The formed green body is sintered in a vacuum sintering furnace to be dense and tempered, so that a permanent magnet blank having a certain magnetic property is obtained. After the blank is subjected to grinding, drilling, slicing and other processing steps, the surface treatment is used to obtain the finished product of NdFeB.
