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| Graphenea | |
|---|---|
| Name | Graphenea |
| Type | Private |
| Industry | Nanotechnology |
| Founded | 2010 |
| Founder | Carlos Lee (co‑founder), Ikerbasque investigators |
| Headquarters | San Sebastián, Spain |
| Products | Graphene wafers, graphene inks, CVD graphene, graphene oxide |
| Employees | ~100–200 |
Graphenea is a company founded in 2010 that specializes in the production and commercialization of graphene materials and related products. It supplies chemical vapor deposition (CVD) graphene, graphene oxide, inks, and wafers to academic laboratories, industrial research centers, and electronics manufacturers. The company operates within networks of European research institutes, semiconductor fabs, and international standards bodies to translate two‑dimensional materials from lab scale to pilot manufacturing.
Graphenea was established in 2010 in San Sebastián amid growth in graphene research following the 2010 Nobel Prize in Physics awarded to Andre Geim and Konstantin Novoselov. Early activities connected the company to regional research clusters including Donostia‑San Sebastián universities and the Basque Centre for Materials, Applications and Nanostructures. In the 2010s Graphenea expanded operations alongside initiatives such as the European Graphene Flagship and collaborations with institutions like the Massachusetts Institute of Technology and institutions participating in Horizon 2020 projects. The firm’s milestones include scaling CVD growth protocols, launching a web store for research‑grade materials, and establishing pilot facilities to meet demand from industrial partners and consortia in France, Germany, and the United Kingdom.
Graphenea’s portfolio centers on graphene materials produced by chemical vapor deposition, liquid‑phase exfoliation, and oxidation‑reduction chemistries. Product lines include CVD graphene on copper and silicon carbide wafers, graphene transferred onto silicon dioxide substrates, monolayer and multilayer films for academic use, and graphene oxide powders and dispersions. The company supplies graphene inks and pastes formulated for printing and coating systems used by manufacturers and laboratories. These offerings are complemented by quality control services such as Raman spectroscopy mapping, atomic force microscopy, and sheet resistance characterization compatible with equipment from suppliers like Oxford Instruments, Bruker, and Keysight Technologies.
Manufacturing operations combine cleanroom processes and pilot‑scale reactors for metal foil processing and roll‑to‑roll transfer. Production sites include a main facility in San Sebastián housing CVD furnaces, wet chemistry labs, and characterization suites tailored to standards used in microelectronics fabs. Graphenea’s production lines interface with equipment vendors such as Aixtron for epitaxial deposition and with metrology providers including Renishaw and Thermo Fisher Scientific. The company uses automated transfer tools, etching stations, and lamination equipment to produce wafers compatible with semiconductor back‑end and MEMS fabs in Europe and Asia.
Graphenea collaborates with universities, research centers, and industrial partners on fundamental and applied projects. Partnerships encompass work with the University of Cambridge, École Polytechnique Fédérale de Lausanne, and the National Institute of Standards and Technology on reproducibility and measurement protocols. The company participates in consortia funded by the European Commission and has contributed to standards discussions at organizations such as the International Electrotechnical Commission and CEN‑CENELEC working groups. Collaborative activities also include joint development projects with multinational corporations in automotive, photonics, and aerospace supply chains.
Graphenea targets markets in electronics, photonics, sensors, energy storage, and composite materials. End users range from academic labs exploring quantum transport and van der Waals heterostructures to startups integrating graphene into flexible electronics, RF components, and biosensors. Industrial applications include electrodes for supercapacitors and batteries, transparent conductors for touch panels, and thermal interface materials for power electronics used by companies in the automotive and telecommunications sectors. Geographic markets emphasize Europe, North America, and East Asia, where semiconductor foundries and printed electronics manufacturers drive demand.
Graphenea operates as a privately held technology company with a management team drawn from materials science, microsystems engineering, and business development. The organization maintains sales channels for research customers as well as dedicated account teams for industrial clients. Business strategies have combined direct sales, distribution agreements, and participation in public‑private partnerships to access funding instruments and procurement frameworks across the European Union. The company engages with investor networks and regional development agencies supporting deep technology ventures.
Quality and traceability measures align with requirements for research and industrial supply. Graphenea implements material characterization protocols referenced by metrology laboratories and follows environmental health and safety practices consistent with chemical handling in nanomaterials facilities. The company has adopted quality systems to support customers in regulated industries and has pursued certifications and audit readiness compatible with ISO frameworks used by electronics and materials suppliers. It also participates in interlaboratory comparisons to harmonize measurement procedures with standards organizations.
Category:Companies established in 2010 Category:Graphene Category:Nanotechnology companies