Versions rated from −55 °C to +200 °C
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Custom sizes, from a three-piece sample to series production
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EMI shielding and heat dissipation from one supplier
Our expertise
EMI shielding and thermal management solutions for reliable electronics
Electromagnetic compatibility (EMC): EMI/RFI shielding and protection
A device that emits interference, or picks it up from the equipment around it, fails its EMC tests or behaves erratically in the field. The leak seldom comes from the metal walls of the enclosure. It comes through the openings: a door, a removable panel, the seam between two covers. That is where our EMI/RFI shielding products go. Conductive foam gaskets suit lightweight enclosures, because they need very little force to compress. Conductive silicone gaskets, filled with nickel-graphite or silver particles, shield and seal against water and dust at the same time. Contact fingers in beryllium copper or stainless steel maintain electrical contact on doors opened and closed up to around a million times. Depending on the material and the frequency, shielding effectiveness ranges from 40 dB to more than 100 dB.
Thermal management and thermal interface materials
Heat is the other threat to electronics: a component that runs too hot ages faster and loses performance. Between that component and its heat sink there is usually a small, uneven gap filled with air, and air conducts heat poorly. Our silicone thermal pads fill that gap. They range from 0.3 to 15 mm thick and from 1.6 to 5 W/m·K, and they are soft enough to follow the surfaces without putting stress on the board. These soft thermal interface materials also provide electrical insulation (5 kV/mm dielectric strength) and are rated UL 94 V-0. Alongside our EMC/EMI shielding range, you will find them in automotive, medical, aerospace, telecoms and industrial equipment.
Our EMC and thermal solutions
Five product families, one team to help you choose.
Industries We Serve
An aircraft radio, an infusion pump and an engine control unit do not face the same interference, the same temperatures or the same rules. We start from your sector and your operating conditions, then find the gasket or pad that fits. To compare every product and its variants, browse our full range of shielding gaskets and thermal pads.
Choose your sector below to see the constraints it brings and the products most often used to meet them.
EMC / EMI applications
Solutions suited to every industrial and technical environment
Every environment has its own problem. In a vehicle, it is vibration and repeated temperature swings. Next to a motor or a variable-speed drive, it is electrical noise strong enough to upset the electronics nearby. In a medical device, it is plain reliability, day after day. Whatever the case, the shielding or thermal part has to fit into your existing design, ideally without redrawing the enclosure. That is the first thing we check when we select a product.
Our products go into aerospace systems, medical devices, vehicles, industrial installations, civil projects and defence equipment. Some customers need a few custom-cut gaskets for a prototype; others order the same part in series. We look at the same three things for both: how the part holds up over time, whether it performs the same from one batch to the next, and how easily your team can fit it.
Why choose us
Technical expertise, proven quality and a personal service for every project
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Our expertise
Years of EMC and thermal work on projects for major medical, aerospace and electronics companies, now put to work on yours.
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Verified quality
Materials from certified suppliers, full traceability and a double quality check before anything is shipped.
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Responsive support
A question about a material or a size? Write to us: we answer by email, in English or French.
Industry news
News and technical articles
Practical articles on electromagnetic compatibility, EMI shielding and thermal management: how EMC testing works, the design mistakes that lead to failed tests, how to keep a metal enclosure's shielding continuous.
Comment assurer la continuité de blindage électromagnétique dans un boîtier métallique
Pourquoi un boîtier métallique ne garantit pas un blindage EMI efficace. Continuité électrique, fuites RF et solutions industrielles CEM expliquées.
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Les erreurs CEM les plus fréquentes lors de la conception d’un équipement électronique
Pourquoi la CEM est souvent traitée trop tard ? Erreurs fréquentes en conception électronique et bonnes pratiques EMI pour éviter échecs et surcoûts.
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Applications de la compatibilité électromagnétique (CEM) dans l’industrie : automobile, médical, aéronautique et défense
Comment la CEM et le EMI shielding assurent la fiabilité des systèmes industriels dans l’automobile, le médical, l’aéronautique et la défense.
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