Injection Molded Ferrite Turbine Rotor
Magnetic rotors are typically made up of a shaft and individual magnets arranged in a N-S-N-S configuration. The magnets are available in arc segment or rectangular shapes. The magnets are mostly adhered to the surface. An injection molded bonded ferrite magnet, often in the shape of a ring, is directly overmolded on the shaft. In the mold, the ring magnet is multipole magnetized. This procedure significantly improved assembly efficiency.
Injection Molded Ferrite Turbine Rotor
Magnetic rotors are typically made up of a shaft and individual magnets arranged in a N-S-N-S configuration. The magnets are available in arc segment or rectangular shapes. The magnets are mostly adhered to the surface. An injection molded bonded ferrite magnet, often in the shape of a ring, is directly overmolded on the shaft. In the mold, the ring magnet is multipole magnetized. This procedure significantly improved assembly efficiency.
Injection molded ferrite magnet magnetization patterns
Injection molded ferrite magnets are typically shaped like rings. They can be found in rotor assemblies or as magnetic sensors. Magnetization is frequently multi-pole.
Application of Injection Molded Ferrite Turbine Rotor
The three primary application markets for injection molded bonded magnet rotors are automotive, home appliances, and industrial automation.
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