Multipole Neodymium Ring Magnets Technology:
This process consists of combining nanocrystalline base powders, pressing the resulting material, and then baking or sintering the resulting ring to achieve a radially magnetized product. This new technology improves the magnetic flux which in turn provides better efficiency and performance.
This process consists of combining nanocrystalline base powders, pressing the resulting material, and then baking or sintering the resulting ring to achieve a radially magnetized product. This new technology improves the magnetic flux which in turn provides better efficiency and performance.
Available Dimensions:
O.D I.D Wall Thickness(T) Height(H)
<70mm >15mm 2<T<5mm 25-50mm
Special sizes may be produced depending on the grade, height-to-diameter ratio, and wall thickness.
O.D I.D Wall Thickness(T) Height(H)
<70mm >15mm 2<T<5mm 25-50mm
Special sizes may be produced depending on the grade, height-to-diameter ratio, and wall thickness.
Applications:
• Actuators
• Magnetic bearings
• Magnetic clutch
• Peripheral motors
• Spindle motors
• Steering control motors
• Servo motors
• Stepper motors
• Synchronous motors
• Linear actuator motors
• Powered tools
• Other new products
• Actuators
• Magnetic bearings
• Magnetic clutch
• Peripheral motors
• Spindle motors
• Steering control motors
• Servo motors
• Stepper motors
• Synchronous motors
• Linear actuator motors
• Powered tools
• Other new products
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