Directions of Magnetization
What are the Directions of Magnetization?
It is the first step to achieving permanent magnet magnetism such as SmCo, NdFeB, and more. The magnetization directions represent the magnetic assembly’s south and north poles. A permanent magnet’s magnetic properties are derived from its crystal structure that is easily magnetized. The deconstruction makes the magnet possess excellent magnetic properties when exposed to the strong external magnetic field.
Cylinder/Disc/Rod
Axially Magnetized
- Magnetized through thickness or length
- Flat faces are the strongest points
Diametrically Magnetized
- Magnetized through its diameter
- Curved surface are the strongest points
Radially Magnetized
- North and south magnetization
- Not practical for magnetization machine tooling cost
Blocks/Cubes/Rectangles
Axially Magnetized Block Magnets
- Magnetized through the thickness (top to bottom), these blocks are perfect for lifting, holding, and clamping applications.
Diametrically Magnetized Cube Magnets
- With magnetic poles across opposing sides, these cubes are ideal for sensor integration, educational use, and custom assemblies.
Custom Magnetization
- Choose axial, diametric, or lengthwise magnetization to meet your design requirements—available in multiple grades and coatings.
Arcs and Segments
Radially Magnetized Arc Magnets
- Ideal for brushless motors, these arcs are magnetized from the inner to the outer radius, ensuring consistent torque and performance.
Diametrically Magnetized Segment Magnets
- With poles across the width of the arc, these segments deliver powerful side-to-side magnetic fields—perfect for rotating assemblies.
Custom Arc Magnets
- Available in radial, diametric, or multi-pole magnetization—tailored to fit your specialized motor and generator designs.
Pot or Cup Magnets / Sphere Magnets
Axially Magnetized Cup Magnets
- Designed with magnetic poles on the flat surfaces, these magnets offer strong vertical pull—ideal for mounting on horizontal metal surfaces.
Diametrically Magnetized Sphere Magnets
- With poles on opposite sides of the sphere's equator, these magnets are perfect for dynamic systems, sensors, and educational demos.
Customized Magnetization
- Choose from axial, diametric, or radial magnetization to match your application needs—precision-engineered for performance.
Magnets’ Orientation Direction
