Ginestium® opens up a new field of possibilities in the most demanding sectors. Thanks to its unique properties, this breakthrough nanomaterial is easily integrated into cutting-edge technologies. From electronics to energy, telecommunications and optics, discover how it is transforming performance while reducing environmental impact.
Discover Ginestium
Optimized range, high stability, controlled efficiency.
For printed and passive RF antennas, Ginestium® Fusion optimizes the layer/substrate interface in order to ensure adhesion and stability under thermo-hygro/UV cycles.
Fine and regular patterns are obtained, with a clean finish that lends itself to design-in on ceramics/quartz. RF teams gain in repeatability and total cost, while reducing the weight of devices.
Ginestium® replaces metal sheets with a carbon layer that is stable, light and effective for shielding and grounding cards and modules.
The result: finer architectures that are less sensitive to corrosion and easier to qualify, without compromising integration on glass/ceramics.
As a result, gains in total cost and supply resilience, which are particularly attractive in RF/HPC and 5G.
In photonics and instrumentation, the “neutral gray” optical rendering of Ginestium® makes it possible to build robust mirrors/stacks, without using noble metals.
The layers withstand demanding environments while maintaining stable aesthetics and controlled optical response.
Ideal for HR mirrors, sensors and exposed optics, with costs and durability better aligned with use.
Ginestium® Low-E Glass — Solar control film & low emissivity for architectural windows (neutral aesthetics, ceramic-like robustness).
The 3D/porous variant of Ginestium® provides a conductive and durable electrode architecture, designed to support intensive regimes while minimizing dependence on rare metals.
The interfaces are worked with precision to limit drift and improve the resistance in an electrolytic medium.
It is a direct lever for reducing TCO by partial substitution and extending life span.
For premium brands, HyperShield delivers a dark, homogeneous and long-lasting metallic appearance, without varnish or heavy pigments.
The coating is resistant to mechanical and UV stresses, while facilitating industrial qualification protocols.
This combines aesthetic signature, sustainability and a credible ESG story—all without critical metals.
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