FERRITE FLEXIBLE RUBBER MAGNET

Flexible plasto ferrite is divided into two families: ISOTROPIC and ANISOTROPIC depending on the type of production and the quality of ferrite used in the mixture.

The flexible plasto ferrite adapts and goes well with any type of environment, it can be worked in infinite ways, it lends itself very well to cutting, punching and gluing. It has a decidedly lower magnetic force than plasto neodymium flexible, but the price is significantly lower, making it very interesting for different low cost applications.

It acts as a base or support to be coupled with magnetic products for printing

The product is commonly supplied in:

coils and rolls

sheets

bands and ribbons

profiles

plates

The product has the characteristic of being particularly flexible, it is possible to create practically any type of shape.

You can customize your product in Flexible Plasto Neodymium by placing double-sided adhesive on one side, or by inserting a canvas reinforcement on one side (widely used in the wellness sector), it can be coupled with colored PVC or it can even be magnetized on both sides.

Check the pull forces of the flexible plasto ferrite and make sure the product you want to purchase is the correct one.

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The property "isotropic" or "anisotropic" indicates whether a magnet has a preferential direction for magnetization.

isotropic: without preferential direction, its powders are magnetized not following any direction, therefore the direction of magnetization is independent. The cost is lower, the attraction force is lower.

anisotropic: with preferential direction, its powders are magnetized following a precise direction, therefore the direction of magnetization is exclusively in the direction/along a predefined axis. The cost is higher, the force of attraction is higher than its isotropic colleague.

You cannot see with the naked eye whether a magnet is anisotropic or isotropic.
The difference consists exclusively in an additional work step in the case of anisotropic magnets: an electromagnetic field is applied during the production of the blank.

This way the material orients itself optimally.

Anisotropic magnets are therefore more powerful than isotropic magnets, but can only be magnetized in a predefined direction.

Due to this additional work step, anisotropic magnets are a little more expensive than isotropic magnets.