Best-of-class performance in EMC solutions
Revolutionary metamaterial for Electromagnetic Interference absorption
- No grounding needed
- Unmatched hi-frequency performance
- Low weight and thickness
- Hi thermal conductivity
- Easy to use
Our Technology
Unleashing the power of graphene in a breakthrough metamaterial.
Graphene, carbon nanotubes, and other carbon-nanomaterials are semi-transparent to incoming EM radiation. Our proprietary micro-structures built using carbon nanomaterials trap EM waves, transferring energy into heat that is dissipated in our highly thermally-conductive carbon materials.
No grounding requirement
Unlike metal materials, EM Cloak™ suppresses EMI noise without the need for grounding, in turn reducing design, development and manufacturing costs. Our revolutionary micro-structure technology eliminates EMI noise through multi-reflection rather than via an electrical ground.
High Shielding effectiveness
EM Cloak™ delivers 25~45 dB shielding effectiveness, making it much more effective than conventional absorbing materials.
Wide effective frequency range
Across our product range, we deliver EMC solutions adapted to a wide range of frequencies. We offer high levels of customization, and can tune shielding effectiveness, ratio of absorption, thermal conductivity, and bandwidth of absorption frequency according to your requirements. Unlike conventional magnetic materials, EM Cloak™ is very effective in the hi-frequency range, and unlike metal can shields, EM Cloak™ suppresses surface leakage.
Light weight
EM Cloak™ features a lightweight design, offering a weight reduction of 90% compared to similar magnetic materials, and 70% compared to metal materials.
Low thickness
EM Cloak™ also leads in thickness, with thickness at under 0.1 mm. This translates to unrivalled thinness that traditional EMI absorbers simply can’t match.
High thermal conductivity
The carbon materials on which EM Cloak™ is based contribute to best-of-class thermal conductivity in EMC solutions.
High flexibility
EM Cloak™ offers easy application on any surface and with any shape.
Applications
Wireless device
High speed transmission
High speed transmission
High speed transmission
High speed transmission
High speed transmission
VR/AR
High speed transmission
VR/AR
AIOT
Autonomous vehicle
VR/AR
Autonomous vehicle
Autonomous vehicle
Autonomous vehicle
Stealth technology
Autonomous vehicle
Autonomous vehicle
We assemble carbon nanomaterials into structured metamaterials in a breakthrough series of products tailored to overcome a broad range of challenges in ultra high frequency interference.
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