Flexible magnet material is a form of Ferrite magnets produced by mixing ferrite powder with carrier made of plastic material. Standard shapes are typically strips or sheets roll formed to a variety of thicknesses, sizes, lengths, and grades. Custom Flexible magnets can be manufactured by methods of: extrusion, injection molding (for high volumes), die cut, slit, or scored to customer specifications. Other attributes with the flexible magnet material is it can be bent, twisted, coiled, printable surface, silk screened, painted and adheres to most surfaces.

Flexible magnet materials offer product designers valued properties at a lower cost compared to the other magnet materials.

Flexible Magnet Sheets
Flexible Magnet Strips

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Manufacturing: Calendaring-Extrusion

There are two methods by which flexible magnets can be acquired one is Calendaring the second is an Extrusion.

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Extrusion- Is the process of shaping the flexible magnet material into strips. This process  involves the squeezing of heated wet powder compound through  a pre-shaped hard die, cooling the material as it exits the die to the fabricated profile.


The challenges designing into flexible magnet materials are:

  • Magnetic on one side only
  • Low magnetic strength
  • Usage above 120ºC has limits due to the binder material stability
  • Environmental conditions can degrade the binder causing brittleness and cracking


The adhesive on the back of the material must be stored in a cool and dark environment to prevent the adhesive from deteriorating.

It is recommended (prior to ordering production quantities) to test adhesives on the actual surface type to ensure proper bonding.

Proper attention must be taken adhering flexible magnets to painted surfaces, especially under outdoor conditions to prevent any damage to vehicle paint.

Flexible Material

Magnetic Properties

Material GradeTypeBr (kGauss)Hc (kOersteds)Hci (kOersteds)BHmax (MGOe) Temperature Coefficients (%/°C)
of BrofHcl
Flex 0.6Flexible1725132513400.6-0.180.20
Flex 1.1Flexible2,202,002,401.1-0.180.20
Flex 1.4Flexible2,452,202,401.4-0.180.20
Flex 1.6Flexible2,652,202,401.6-0.18.020

Flexible Material

Physical Properties

DensityBending StrengthCompressive StrengthElectrical
Resistivity (Ωm)
Coefficient ofThermal Expansion1CurieTemperature
(kg/m3 )(lbs/in3)(kg/m2)(lbs/in2)(kg/m2)(lbs/in2)// M”´M(°C)(°F)
3.8 x 1030.140450840

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