The Surface and Interface Chemistry research group at the Deakin Institute for Frontier Materials is pioneering scalable surface modification techniques to enhance the performance of carbon fibres for cutting-edge uses in energy storage, sensing, and advanced composites.
Tailoring carbon fibre surfaces for next-generation applications
Our Surface and Interface Chemistry group, led by Professor Luke Henderson has a growing body of research that is expanding the use of carbon fibres by imbuing the material with tailored functionality – from changing its colour to giving it the ability to absorb and store energy – using reliable, scalable and rapid surface modification techniques.
Our research capabilities
Surface functionalisation and coatings
The team develops advanced chemical and physical treatments to modify carbon fibre surfaces, improving adhesion, conductivity, and compatibility with polymer matrices. These modifications enable multifunctional composites for aerospace, automotive, and energy sectors.
Energy storage and sensing integration
By introducing electrochemical activity to carbon fibres, the group creates structural materials that can store energy or sense environmental changes. This innovation supports the development of lightweight, multifunctional components for electric vehicles, defence, and wearable technologies.
Colour and aesthetic customisation
Through controlled surface chemistry, the team can alter the optical properties of carbon fibres, enabling colour tuning without compromising mechanical performance—ideal for design-driven industries.
Scalable and sustainable processes
The group focuses on rapid, cost-effective, and environmentally responsible surface modification techniques that can be scaled for industrial production, reducing waste and energy consumption.
What makes us different
The Interface Chemistry group is redefining the role of carbon fibres in structural and functional applications. Their work supports industries seeking lighter, stronger, and smarter materials for aerospace, automotive, renewable energy, and defence.
- Interdisciplinary expertise: Combining chemistry, materials science, and engineering to deliver innovative solutions.
- Advanced infrastructure: Access to Deakin’s state-of-the-art characterisation and processing facilities.
- Industry partnerships: Collaborations with global leaders in composites, defence, energy storage, and advanced manufacturing.
Meet Dr Bhagya Dharmasiri
Step inside the Deakin Institute for Frontier Materials and meet Dr Bhagya Dharmasiri, a materials scientist leading research into one of the world’s fastest‑emerging technologies — structural battery composites.
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Carbon Fibre and Composites
