High Precision Tube Parylene Coated Neodymium Magnet Ф0.9*Ф0.65*5.2mm, Powerful Neodymium Rod Shape Micro Sensor Magnet Customized Size, Parylene Plated Cylinder NdFeB magnets, High Precision Micro Bar Tube Magnets, Parylene coated cylindrical rod tiny Sintered neodymium magnets China supplier High Precision Tube Parylene Coated Neodymium Magnet Dimension Ф0.9*Ф0.65*5.2mm, Plating Parylene coating, Shape rod cylinder tube We […]
Customized Bonded Multi-Polar Injection Plastic Ferrite Magnets, Micro Custom Injection Molded Ferrite Magnets for Rotor, Pa6 / Pa12 / PPS Injection Moulding Ferrite Motor Magnet
Customized Bonded Multi-Polar Injection Plastic Ferrite Magnets Features:
Density 3.8 g/m3
Max Working Temperature 80°C
Lead Time About 30 days
Used Industry machinery
Plastic magnetic rotor and magnetic ring are magnets formed through injection workmanship, after mixed with magnetic powder and resin.
It can be axial-direction single pole magnet, or radium- direction multi-pole magnet, or shaft and radium direction complex magnet. Custom-made Injection Ferrite Magnets for Rotor
Neat appearance, without flaw; permanent customized Bonded Multi-polar injection Plastic ferrite motor Magnet precision, good constancy, no need for re-processing, stable performance and resistance shock.
The shape can be complex and micro- shape.
They are necessary signal source and constant magnet source.
It is superior to other magnetic things.
It is mainly used for industrial automatic equipment, D/C motor, shaft-currency electric fan motor, transmission air condition mot-or, instrument motor etc.
Manuafacturing Process and Magnetization
1. With dry process can produce isotropic & anisotropic magnets, the tool can be changed and developed easily.
2. With wet process only can produce anisotropic magnets,it is complicated to change the tool and the tooling charge is high.
3. Isotropic ferrite magnets can be magnetized in any direction.
4. Anisotropic ferrite magnets are all oriented in the manufacturing direction, and can be magnetized in the direction of orientation.