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Injection Molding Ferrite Magnets, Permanent Bonded Magnets, Injection Molded Bonded Ferrite Ceramic Magnets for Rotor Motor, Isotropic or Anisotropic Ferrite Ring Permanent Magnet, Magnetic Device Plastic-magnets China factory
Injection Molding Ferrite Magnets Feature:
Part No.: BFMPC-04
Composite: Ferrite Magnet (Ceramic Magnet)
Application: Motors, Devices, Printers, Sensors, CD/DVD ROM and so on.
Packing: cartons / pallets
Delivery Date: 10-18 days
Place of Origin: Zhejiang, China (Mainland)
Means of Transport: Ocean, Air
Production Capacity: 10,000 pc per day
Injection molded Ferrite is another molding process of magnet category. Compared to injection molded NdFeB, the difference of injection molded Ferrite lies in different magnetic powder utilized, therefore injection molded ferrite has lower magnetic properties due to ferrite features, but it costs much less than that of NdFeB.
Features and benefits of injection molded Ferrite
lInjection molded magnets can be of very complex shapes with high precision, typically, tolerance is +/-
0.005mm, it is suitable for high precision parts
lIt is a new technology to achieve adjustable magnetic properties, composite molding, elastic magnetization
and high mechanical strength
lBy doing insert molding, magnetic material can be directly molded into or onto other assembly
components without further assembly process
lThe material is harder to be cracked or chipped than sintered magnet
Injection Bonded Ferrite Magnets Applications
(Super) Compact Motor, Actuator, Compact Sensor, Motor, etc
Sometimes, to achieve the magnetic properties between injection molded NdFeB and Ferrite, combinations of ferrite and NdFeB powders provide many different magnetic properties for different applications.
Magnet Powder NdFeB, SmCo, Ferrite
Shape Ring, Disc
Magnetization Direction Thickness or Custom request
Maximum Operating Temperature 120-180°C
Density (g/cm3) 5.6-6.4
Key Benefits High magnetic performance. Maximum Energy Product(BHmax) can reach 18MGOe; Extremely tight tolerances. Suitable for various shapes or over components in assembly; Stable working temperature. The most high working temperature can be up to 180°C; Good corrosion resistance in water and industrial solvents; Flexible multipole mumagnetized in any direction; High efficient magnets compared to other magnets.