Compoundable Ferrite Powders

Fully sintered ferrite powders; compoundable with epoxy, plastic, paint and more. Any shape & size to reduce unwanted EMI/RF in 0.1MHz to 25GHz range.

A Brief History

These powders are an extension of materials designed for the heat absorbing tiles of NASA's space shuttles. Their unusual capacity for absorbing & redirecting intense heat has been further exploited by combining them with different metals. Different metals and how they are configured account for their unique properties.

4 Basic Ferrite Powders

  • Wide Range, Lower Frequencies 0.1-1000MHz EMI Trap
  • Wide Range, Lower Frequencies 0.1-1000MHz EMI 3D Printer
  • Peak Absorption 2.45GHz for Microwave Ovens
  • Peak Absorption 19GHz for Cell RF
  • Customized versions available on special order.


Features of Compoundable Ferrite Powders

  • Capable of concentrating electromagnetic energy towards a target
  • Possibility of mixing with an extensive range of materials and compounds. Fully Compoundable
  • Complex shapes, endless geometry options, no restriction in sizes and or thicknesses
  • Light weight and weather resistant
  • Low dimensional tolerances
  • The powder compounds can be injected, pressed, molded, spread or sprayed in place in order to achieve their characteristic features
  • The finished part can be machined, diced, die cut or polished
  • High strength material
  • Wide surface coverage
  • Penetration into restricted spaces
  • Grain sizes from .002 to .02 inches (50 to 500 um)
  • High mechanical and chemical stability
Displaying 1 to 4 (of 4 products)
Wide Range EMI Trap Powder

Wide Range EMI Trap Powder

SKU: 49-EMI-T10
$17.95USD Each
3D Printer Compatible Powder

3D Printer Compatible Powder

SKU: 49-3DP-S10
$17.95USD Each
Microwave Powder, 19GHz Peak

Microwave Powder, 19GHz Peak

SKU: 49-DKS-196
$17.95USD Each
Microwave Powder, 2.45GHz Peak

Microwave Powder, 2.45GHz Peak

SKU: 49-PFX-245
$17.95USD Each
More Information

This 1mm thick plate is made of epoxy and 80% powder by weight. Depending on the powder & frequency of the EM radiation, attenuation of up to 14db is possible.