Absorbing Filament - FILAMAG


FILAMAG is a range of flexible 3D magnetic filaments designed to optimize your RF systems and your EMC by producing high-performance microwave absorbers which absorb RF interference.

 

This range is also available as pellets.

FILAMAG-T filament spool for 3D-printed RF & EMC microwave absorbers for challenging environments

FILAMAG-T

FILAMAG-T delivers superior mechanical resistance for high-temperature environments, ensuring reliable performance under extreme thermal stress without compromising precise electromagnetic absorption.


FILAMAG-F, flexible filament spool for 3D-printed RF & EMC microwave absorbers, additive manufacturing material

FILAMAG-F

FILAMAG-F enables rapid 3D printing of high-performance absorbersTailor your structures for precise frequency calibration (narrowband/broadband) and seamless functional integration into any device.


Why FILAMAG

  • Large frequency coverage
  • Strengthen sovereignty: Independence from suppliers
  • Time savings: Drastically reduced delivery times, quick production, and fast installation
  • Simplified logistics: Manage your own stock with no expiration constraints
  • Adaptability and compact design: 3D-printed parts fit seamlessly into existing cavities of your system for easy integration
  • Compatible with Fused Deposition Modeling (FDM) 3D-printing technology.

Custom-made Filament

Do you have distinctive specifications?

Let's develop together your perfect product!

 

Our R&D team can work on these topics among others:

  • Matrix selection & compatibility: Formulating with a wide range of technical thermoplastics adapted to your environment (PLA, PA6, PEEK, or PEI/ULTEM).

  • RF & Mechanical balancing: Fine-tuning the ferrite loading rate, particle size, and dispersion to meet absorption/reflection targets while keeping physical strength.

  • Thermal & Environmental constraints: Engineering composites for high-temperature resistance, structural rigidity, or low outgassing requirements (aerospace-grade).

  • Prototyping & Simulation: Virtual design iteration combined with test-printing to validate your exact custom geometry and RF shielding performance.