Directions Of Magnetization HangSeng Magnetech
2015-10-13T08:16:48+00:00
Magnetization Options
Cylinder / Disc / Rod
Axially Magnetized.
Magnetized through the length or thickness. Strongest points are on the flat faces.
Diametrically Magnetized.
Magnetized through the diameter. Strongest points are on the curved surface.
Radially Magnetized.
Magnetized all north or all south. Possible in theory, but tooling costs for the magnetization machine are not practical.
Cubes / Rectangles / Block
Through The Thickness.
Magnetized through the thickness. Strongest points on the ends of the thickness. Thickness is usually the smallest dimension of a rectangle.
Through the Width.
Magnetized through the width. Strongest points on the ends of the width. Width is usually the 2nd largest dimension of a rectangle.
Through the Length.
Magnetized through the length. 2 Strongest points on the ends of the Length. Length is usually the largest dimension of a rectangle.
Arcs / Segments
Diametrically Magnetized Arc.
Magnetized from the Inside Radius (r) through the Outside Radious (R). Strongest points are on the curved surfaces. Not a stocked item but available upon request.
Chord Magnetized Arc.
Magnetized Across the Arc. Strongest points are on the flat angled faces. Not a stocked item but available upon request
Axially Magnetized Arc.
Magnetized through the thickness. Strongest points are on the flat faces. Not a stocked item but available upon request
Pot / Cup Magnets
Axially Magnetized.
A Cup or Pot is a regular magnet inside of a stainless steel shell. This shell absorbs the magnetic field on one side and forces it toward the opposite direction, creating a double pull at one end of the magnet. The Stainless steel shell doubles as a very tough layer of protection form harsh environments.
Spheres / Balls
Axially Magnetized
Magnetized through the diameter (Like the Earth). Strongest points are on opposite ends.
Oriented through thickness
Axially oriented
Axially oriented in segments
Oriented laterally multipole on one face
Multipole oriented in segments on outside diameter*
Multipole oriented in segments on one face
Radially oriented *
Oriented through diameter *
Multipole oriented in segments on inside diameter*
Radially oriented
Diametrically oriented
All available as isotropic or anisotropic material * only available in isotropic and certain anisotropic materials only