Various shapes Magnets Magnetization Orientation
Neodymium, ceramic, samarium cobalt magnets can be custom-made in various shapes, sizes and magnetization orientations or directions. In this article, we list out and illustrate some of the available options for magnetization orientation which is defined during pressing process and prior to magnetization. Of course, engineers can always request otherwise based on their design requirement. The arrows shown represent the direction from south to north pole and their paths. The strongest attraction points are on the faces where north and south poles come out.
Disc, cylinder and ring magnets can be magnetized axially or diametrically.
Disc, cylinder and ring magnets magnetization
For block or rectangle magnets, we define the thickness along the axis of magnetization. Thickness can be the smallest or the largest dimension.
block or rectangle magnets magnetization orientation
For sphere-shaped magnets, only axial magnetization is available along their diameters.
Sphere Magnet Axial Magnetization
For arc magnets, magnetization orientation can be either north on the outer face, south on the outer face, through thickness or through circumference. The true magnetization lines are actually straight and parallel, not along the curve. Ring magnets can also be magnetized radially.
arc segment magnets magnetization orientation
For round, ring or rectangle mounting magnets with axially magnetized magnets assembled in steel frame, magnet poles are deviated leading to concentrated force of attraction along the sides. As a whole assembly, one pole would be facing out and the other pole would be all the way around the cup. The outer cups also act as a protective shield against impact.
As a neodymium, ceramic and samarium cobalt magnets supplier, we can manufacture them in almost any magnetization orientation, and the specifications of the industrial magnets must be determined by customers prior to ordering. The orientation is not limited to the options shown above, feel free to contact us for manufacturing possibilities.
Multi-polar Sintered NdFeB Ring Tube Magnets N55
Through Thickness Magnetized Strong Neodymium Iron Boron Arc Magnets
Sintered Alnico Block Square Magnets LNG37 LNG18
Customized Multi-stage Magnetization Ferrite Anisotropic Tube Magnet
Tile Magnets Magnetization Process
Anisotropic Sintered Multipole Ring BLDC Motor Ferrite Magnets
