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What are Magnets?
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Disc Magnets
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Rod Magnets
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Block Magnets
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Ring Magnets
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Arc Magnets
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Sphere Magnets
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Cone Magnets
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Countersunk Magnets
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Custom Magnets
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Hook Magnets
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Eyelet Magnets
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POT Magnets
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Rubber Coated Pot
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Disc Magnets
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Block Magnets
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Ring Magnets
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Arc Magnets
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Custom Magnets
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Disc Magnets
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Block Magnets
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Ring Magnets
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Arc Magnets
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Custom Magnets
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Disc Magnets
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Block Magnets
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Ring Magnets
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Arc Magnets
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Custom Magnets
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2004
Magnetization Methods for Magnets and Magnetic Materials
Magnets typically require magnetization to achieve their full magnetic properties. There are various magnetization methods, depending on the type of magnetic material, desired magnetic properties, and the shape of the final product. Here, we introduce typical magnetization methods for magnetic materials.
Pulse Magnetization
Pulse Magnetization
This method uses a brief, intense magnetic field to magnetize materials. It's suitable for hard magnetic materials like neodymium magnets and ferrites. The process is quick and can be used for high-volume production.
Continuous Field Magnetization
Continuous Field Magnetization
In this method, the magnetic material is exposed to a constant magnetic field for a longer duration. It's often used for larger magnets or when precise control of magnetic properties is required.
Thermomagnetic Treatment
Thermomagnetic Treatment
This process involves heating the magnetic material to a specific temperature while applying a magnetic field, then cooling it in the presence of the field. It's particularly useful for creating anisotropic magnets with enhanced magnetic properties in specific directions.
Multi-Pole Magnetization
Multi-Pole Magnetization
This method creates multiple magnetic poles on a single piece of magnetic material. It's commonly used for motor magnets, sensors, and other applications requiring complex magnetic field patterns.
Oriented Field Magnetization
Oriented Field Magnetization
In this process, the magnetic field is applied in a specific direction during the material's solidification or sintering process. This creates magnets with strong magnetic properties along a preferred axis.
Impulse Magnetization
Impulse Magnetization
Similar to pulse magnetization, but using even shorter duration, higher intensity magnetic fields. It's useful for magnetizing materials with very high coercivity.
Capacitor Discharge Magnetization
Capacitor Discharge Magnetization
This method uses the discharge of a large capacitor bank to create a brief, extremely strong magnetic field. It's effective for magnetizing the hardest magnetic materials.
Electromagnet Magnetization
Electromagnet Magnetization
This method uses powerful electromagnets to create the magnetizing field. It offers flexibility in field strength and duration and is suitable for a wide range of magnetic materials.