These advanced components feature a meticulously engineered 10-pole configuration around their outer diameter.
They offer unparalleled magnetic field complexity and control for sophisticated applications.
Our 10-pole ring magnets represent a pinnacle of multipole magnetic technology:
- Precision Field Pattern: 10 alternating North and South poles around the outer circumference
- Optimized Spatial Resolution: Ideal for high-accuracy position sensing and control
- Harmonious Rotation: Reduced cogging effect in motor applications
- Enhanced Magnetic Efficiency: Optimized field strength distribution for rotary systems
- Customizable Pole Count: 10-pole configuration standard, other even-numbered configurations available upon request
Multipole Magnetization Mastery:
1. Specialized magnetizing fixture design for decagonal pole arrangement
2. Advanced pulse magnetization techniques for uniform pole strength
3. Precision-controlled magnetization process ensuring equidistant pole spacing
4. Rigorous quality control to verify exact 10-pole configuration and field strength consistency
1. Magnetic Grades
Available Grades: N35 to N54
Recommended for 10-pole Configuration: N42 to N50 for optimal balance of strength and pole definition
Temperature Grades:
- Standard (80°C)
- H (120°C), SH (150°C), UH (180°C)
- EH (200°C), AH (220°C), TH (250°C) for high-temperature applications
2. Ring Dimensions
Outer Diameter:
- Minimum: 10mm (due to 10-pole configuration)
- Maximum: 300mm for outer diameter
- Inner Diameter: Customizable based on application requirements
Thickness: Up to 60mm
Tolerance: As precise as ±0.05mm for critical dimensions
3. Surface Treatments
Standard:
- Nickel-Copper-Nickel (Ni-Cu-Ni) triple layer plating
Specialized multipole-friendly finishes:
- Zinc plating: Enhanced corrosion resistance without affecting pole strength
- Gold plating: Premium finish with excellent conductivity
- Silver plating: Superior thermal and electrical properties
- Black Nickel: Sleek, modern aesthetic for visible applications
- PTFE coating: Non-stick, chemical-resistant barrier preserving pole definition
- Epoxy: Robust environmental protection maintaining field integrity
- Parylene: Ultra-thin, uniform coating for high-precision applications
- Passivation: Bare metal treatment for specific multipole requirements
4. Magnetization Directions
– Radial Multipole: 10 alternating poles around the outer diameter (standard)
– Axial-Radial Hybrid: Customized pole patterns for unique field requirements
5. Flexible Procurement
– No minimum order quantity
– From single prototype to high-volume production of 10-pole rings
6. Quality Assurance
– RoHS compliant
– REACH adherent
– CE marked
– EMC tested
– 100% pole count and individual pole strength verification
7. Packaging
– Custom-designed trays to maintain pole orientation
– Anti-static options for sensitive electronics
– Vacuum-sealed packaging for long-term storage
– Individual packaging for rings over 50mm in diameter
Applications
Our 10-Pole Neodymium Ring Magnets excel in:
- High-resolution rotary encoders
- Precision electric motors and generators
- Advanced robotic joint sensors
- Magnetic levitation systems
- High-accuracy position control devices
- Next-generation haptic feedback mechanisms
- Specialized scientific instruments requiring complex fields
The 10-Pole Advantages
- Unmatched Field Complexity: 10 poles offer superior magnetic field intricacy
- Rotational Precision: Ideal for applications requiring high-accuracy angular measurements
- Compact Power Distribution: Efficient magnetic flux density in a ring format
- Versatile Integration: Suitable for a wide range of rotary and sensing systems
- Energy Efficiency: Optimized magnetic circuit design for maximum performance in motors and generators
- Scalable Strength: Various grades available to meet specific force requirements across different ring sizes
Whether you’re developing next-generation motion control systems, creating ultra-precise sensors.
Or pioneering new magnetic technologies.
Our team is poised to help you harness the power of decagonal pole magnetization.
Connect with our specialized multipole magnet engineers today!
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