Semi-metallic and “graphene-like”, Ginestium® can be industrialized at controlled cost for films, coatings, substrates, thermal interfaces and thin films.
It turns your products into a measurable competitive advantage thanks to standard integration, high repeatability and premium rendering.
For centuries, carbon has been available in graphite, carbon and diamond — three faces of the same element. Recent discoveries (graphene, fullerenes, nanotubes) have already transformed the industry, attracting the attention of the Nobel Prize winners.
Today, EFFIBLUE opens a new page with Ginestium®, a new generation carbon material that is synthetic, nanostructured and free of critical metals. Ginestium®, a new generation carbon material, synthetic, nanostructured and without critical metals.
His promise:Its promise: to offer strategic markets an efficient, sustainable and competitive alternative, perfectly adapted to the needs of the energy and industrial transition.
The 3 pillars of Ginestium®
- Close to graphene: high level properties for optics, electronics, theEnergy, the mechanics.
- Thickness and industrial surface: Strong thicknesses, robustness and repeatability on production lines.
- Competitive cost: perk economic net to scale, CapEx/OpEx under control.
What it changes
- Premium look: homogeneous semi-metallic finish for high-end finishes.
- Simple integration: compatible standard processes on glass, ceramics, wafer...
- Entry barriers: multiple patents [Compositions Materials | Processes | Applications] + manufacturing secrecy, defensible differentiation.
- TCO& IS: substitution of expensive materials, reduced footprint and supply risks.
Test Ginestium® on your use-case. Protocol, samples, success criteria — coordinated with your R&D, Purchasing and Operations teams.
Plan a techno-commercial review
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