Magnet Blog: Advances to Multi-pole Flexible Magnets

Magnetic Viewing Paper

Adams sells most of its standard energy flexible magnetic material magnetized in multi-pole configuration. It is magnetized with its strength concentrated near the surface on one side of the magnet in order to obtain maximum holding power from the material.  This design reduces the reach out of magnet strength but still allows the magnet to reach through the normal thickness of paint and still work effectively.

Adams’ standard flexible magnets are marked with a line running down the “weak side” so that you can be sure to apply the stronger side in your application. If adhesive is applied to the magnets, it is applied to the weak side, thus covering up the indicator line.

High energy flexible magnet is also available, and usually has almost equal strength on both sides in contrast to standard energy product. High energy flexible magnets can be magnetized through the thickness in several methods. Click here to read more details on methods of magnetization.

Adams’ flexible magnetic material can be bent, twisted and flexed without loss of magnetic energy. These materials can also be cut, scored slit, punched or machined.

Featured Downloads

electric guitar pickups

New Research on Electric Guitar Pickups

Researchers from McGill University and Yamaha have collaborated to study the impact of electric guitar pickup designs on sound quality....
A solenoid printed by MIT's multi-material 3D printer

MIT Pioneers 3D-Printed Solenoids for Next-Gen Electronics

In a groundbreaking leap for electronics manufacturing, researchers at MIT have developed a method to 3D-print solenoids, a key component...
Nikola Tesla

The Magnetic Force Behind Innovation: Celebrating National Inventors Month

Magnets have played a pivotal role in countless inventions throughout history, driving technological advancements and shaping the world as we...

Contact Us

Adams is ready to be a part of your products with off-the-shelf and custom applications. Contact us to find out more.

Contact Us

  • This field is for validation purposes and should be left unchanged.