Uploaded December 2020 | Updated September 2026, 3 weeks ago
Our ACES Technology Showcase featuring our advanced Edge Functionalised Graphene technology.
ACES has made a globally recognised contribution to the field of graphene research, and in our latest significant breakthrough we have developed a patented process that allows us to selectively oxidise the edges of graphene sheets in graphite in large scale (edge functionalised graphene). This EFG material allows the creation of a variety of conductive, binder-free graphene doughs that have the potential for mouldable electrodes, polymer composite development, graphene-supported catalytic systems, battery/supercapacitor anodes and many other applications.
This showcase provides:
- Insights into the technology;
- A live demonstration of the EFG material;
- Interactive Q&A session with ACES Director Prof Gordon Wallace and ACES Electromaterials Theme Leader Prof David Officer.
https://electromaterials.edu.au
Our ACES Technology Showcase featuring our advanced Edge Functionalised Graphene technology.
ACES has made a globally recognised contribution to the field of graphene research, and in our latest significant breakthrough we have developed a patented process that allows us to selectively oxidise the edges of graphene sheets in graphite in large scale (edge functionalised graphene). This EFG material allows the creation of a variety of conductive, binder-free graphene doughs that have the potential for mouldable electrodes, polymer composite development, graphene-supported catalytic systems, battery/supercapacitor anodes and many other applications.
This showcase provides:
- Insights into the technology;
- A live demonstration of the EFG material;
- Interactive Q&A session with ACES Director Prof Gordon Wallace and ACES Electromaterials Theme Leader Prof David Officer.
https://electromaterials.edu.au










