Xiamen Everbeen Magnet Electron Co., Ltd

 

N52 neodymium disc magnets are composed of neodymium, iron, boron and a few transition metals. These magnets are extremely strong even if small size, metallic in appearance and found in simple shapes such as rings, blocks and discs. Their max energy product can be 35MGOe~52MGOe, Large N52 neodymium magnets are developed rapidly and applied widely due to their strong magnetic field, rich raw material resource and reasonable price. Please check here.

 

 

1. Electronics and Gadgets:

• Used in speakers, headphones, and microphones to enhance audio quality.
• Found in hard disk drives, magnetic sensors, and other electronic devices.
• Used in magnetic closures for bags, cases, and electronic devices.

 

2. Medical Devices:

• Magnetic therapy applications, such as magnetic bracelets or wraps.
• Magnetic resonance imaging (MRI) machines often use strong rare earth magnet n52.

 

3. Industrial Applications:

• Holding, gripping, and lifting applications in manufacturing and assembly lines.
• Magnetic separation in mining and recycling industries.
• Secure closure in industrial doors, shutters, and hatches.

 

4. Hobbies and Crafts:

• Used in DIY projects, such as magnetic levitation devices.
• Crafting and model-making applications where strong magnets are needed.

 

5. Renewable Energy:

• Wind turbine generators use circular neodymium magnets in the production of electricity.

 

6. Research and Education:

• Experimental setups in physics and engineering laboratories.
• Educational demonstrations of magnetic principles.

 

7. Automotive Industry:

• Electric vehicles use neodymium magnets in their motors.
• Magnetic sensors in various automotive applications.

 

8. Jewelry and Fashion:

• Decorative elements in jewelry and fashion accessories.
• Magnetic clasps for bracelets and necklaces.

 

9. DIY Magnetic Projects:

• Magnetic knife holders and tool racks.
• Magnetic whiteboards and bulletin boards.

 

10. Robotics:

• Magnetic joints and connectors in robotics.
• Sensor applications in robotics and automation.

 

 

 

 

 

1. Magnetic Strength (Gauss Rating):

• Use a gauss meter to measure the magnetic field strength (Gauss) at various points on the surface of the magnet.

 

2. Dimensions and Tolerances:

• Measure the dimensions of the magnet, including diameter, thickness, and any other relevant parameters.
• Check for adherence to specified tolerances, as accurate dimensions are crucial for the magnet's intended application.

 

3. Surface Condition:

• Inspect the surface of the magnet for any cracks, chips, or other visible damage.
• Ensure that the coating (often nickel or triple-layer coating) is intact and free from defects to protect the magnet from corrosion.

 

4. Magnetic Pole Identification:

• Confirm that the magnetic poles are correctly identified (north and south). This is important for applications where the orientation of the magnetic field matters.

 

5. Temperature Stability:

• Verify the temperature stability of the magnet, especially if it is intended for use in environments with extreme temperatures. Some neodymium magnets may have specified temperature limits.

 

 

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