12. March 2026
HYMAG'IN is presenting an innovative solution (published scientific article): a flexible, 3D-printable magnetic filament, FILAMAG-F, to attenuate resonances inside shielded RF enclosures.
28. February 2026
On February 12, HYMAG'IN inaugurated its facilities during a convivial event bringing together partners, collaborators, and members of the scientific and industrial ecosystem. The inauguration provided an opportunity to present the company’s activities, technologies, and projects, while sharing its vision and development prospects in the field of electromagnetic solutions.
30. January 2026
HYMAG'IN has published a new scientific article presenting the use of FILAMAG-F, our 3D-printable magnetic filament, to reduce coupling between antennas in compact radar systems. This study highlights the potential of additive manufacturing and the magnetic materials developed by HYMAG'IN for the design of miniaturized RF systems.
30. August 2024
FILAMAG-F, HYMAG'IN's innovative filament, offers advanced thermal and mechanical properties, combining flexibility and stability. Tested for tensile strength, bending, and heat resistance, it meets the demands of the aerospace, automotive, and defense industries for durable, stress-resistant parts. These performance attributes optimize electromagnetic absorption, providing reliable solutions for EMC and interference management. Download the updated product sheet for more details.
30. July 2024
In six months, HYMAG'IN raised €2.2 million, recruited new talent, launched 4 R&D projects, and participated in several European events. The team expanded with an industrialization engineer, an office manager, and 4 interns in chemistry and marketing, boosting its capacity to meet client needs. With enhanced communication, HYMAG'IN shares its progress, from product characterization to EMC innovations.
30. June 2024
From June 17-21, HYMAG'IN took center stage at Eurosatory, presenting its cutting-edge 3D-printed RF absorbers for Defense and Security. Our FILAMAG filaments and custom designs, like honeycombs and multi-layer structures, drew strong interest for applications in low-observability and EMC. Engaging with over 200 companies across 20 nations, HYMAG'IN reinforced its role in supporting European innovation. Stay tuned as we bring these advancements to EMC in Bruges and Electronica in Munich!
30. May 2024
Explore FILAMAG's revolutionary 3D-printed designs for electromagnetic absorbers. Our honeycomb and multilayer structures deliver tailored solutions for near-field noise suppression, resonant cavities, and wide-band absorption. These lightweight designs enhance EMC performance, reduce onboard weight, and support decarbonization efforts. Perfect for antennas, PCBs, or RCS reduction, FILAMAG ensures precision and efficiency.
30. April 2024
HYMAG'IN supports you in creating tailor-made products, from study to production, to meet electromagnetic compatibility requirements. Our process includes in-depth diagnostics, literature reviews, laboratory testing, and personalized follow-up. Whether you need magnetic particle synthesis or technical assistance, our expertise ensures tailored solutions in collaboration with specialized partners.
29. February 2024
HYMAG'IN introduces FILAMAG, the first magnetic filament for additive manufacturing of EMC solutions. Tailored to reduce EMI from 0.2-20 GHz, FILAMAG enables RF and EMC engineers to create absorbers adapted to specific geometries, improving nearfield noise suppression, cavity resonance, and free-space reflection. HYMAG'IN addresses the evolving needs in e-mobility, wireless charging, and telecom. Discover a new approach to RF microwave absorbers.
02. September 2022
In this article, we present the benefits of ferrite nanopowders for electromagnetic shielding and stealth. Read on and discover the challenges of absorbing materials and the amazing properties of NiZn ferrite nanopowders.
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What about HYMAGIN?
HYMAG'IN combines RF engineering expertise with advanced magnetic materials to help engineers solve their electromagnetic challenges. We offer both off-the-shelf absorbers and fully custom solutions, available as filaments, pellets, resins, inks and powders.
Every solution is validated by RF simulations and measurements, and manufactured in France.
