C3 Electrode Specifications
| Growth Method | Chemical Vapor Deposition |
|---|---|
| Quality Control | Raman, SEM, and 4-Point Probe |
| Dimensions (mm) | 10 x 30 x 0.5 |
| Substrate Material | Alumina |
| Composition (EDS) | > 99% C (No Binders) |
| Carbon Thickness (µm) | 2.3 ± 0.2 |
| Sheet Resistance (ohms/sq) | 5 ± 0.5 |
| Surface Area* | 0.46 ± 0.02 |
| Conductivity (S/m) | 2x10^5 |
| Chemical Stability** | Binder free, high for most solvents |
| WE Geometric Area (mm^2) | 11.88 |
| Working and Counter Electrode | Pristine Carbon |
| Reference Electrode | Ag/AgCl |
Srivatsa Aithal
Director of R&D, Hememics Biotechnologies
We have worked with GG's team for years now and have primarily used large crystal and polycrystalline graphene. Their team is very knowledgeable and the quality control is unparalleled in this industry. I would strongly recommend them as a partner for research and product development needs.
Mike Musgnug
CEO, GrapheneDx
GG’s expertise in scalable graphene materials manufacturing combined with their collaborative scientific support has helped GrapheneDx advance its graphene-based biosensor technology. I would recommend GG without reservation as a partner to support your graphene material requirements.
Prof. Piran Kidambi
Vanderbilt University
General graphene's consistent quality of monolayer CVD graphene and large production capacity stands out among several commercially available sources.
Alok Kumar, Ph.D.
MGH, Harvard Medical School
GG's graphene foam is an exceptional substrate material for cell culture. Our studies demonstrated robust attachment of both cardiomyocytes and cardiac fibroblasts without any cell adhesion coating - with no adverse effects on cell viability. This innovative material significantly enhances our cell culture processes, offering promising potential for advanced biomedical and tissue engineering applications.
Eric Kriegstein
CEO, Infusense
General Graphene is a world class engineering organization. We successfully worked with the group to develop and prototype components for electrochemical sensing applications, and their attention to detail, commitment to solving technical challenges, and technical prowess is second to none.
Dr. Deji Akinwande
Chair Professor, University of Texas at Austin
General Graphene has provided us with high quality graphene samples which we have used to advance our research on devices, sensors, and wearables. Their uniform quality over large-areas are most attractive to our research effort.
Dr. Daniel Molin
Maastricht University
General Graphene's state-of-the-art graphene porous 3D matrices have demonstrated exceptional performance in our studies. These scaffolds supported excellent cell attachment, growth, and tissue formation over a two-month period, achieved without any additional coatings or complex culture conditions. The uniform cell distribution and lack of cytotoxicity highlight their biocompatibility, with no need for sterilization protocols. This innovative product exceeds our expectations and offers exciting potential for tissue engineering and regenerative medicine.