Advanced materials are new or modified materials that have been engineered to provide superior performance across multiple characteristics such as strength, weight and formability.
This can proactively be integrated in the early design phase to offer multiple novel attributes, such as biocompatibility, biodegradability, energy efficiency and self-repairing.
Related projects
Advanced materials
Green energy solutions
Advanced materials
Next level of road safety solutions
Advanced materials
Reducing the environmental impact of textile dyeing
Advanced materials
A new coating manufacturing process
Advanced materials
Artificial super stool to treat gut infections
Advanced materials
Tailor-made coatings for mineral processing equipment
Advanced materials
COVID-19 test results within minutes
Advanced materials
Pushing the boundaries of low-carbon concrete technology
Advanced materials
Responding to changing external environmental factors
Advanced materials
Providing better access to life-changing treatments for cancer patients
Advanced materials
Modern day applications of advanced carbon materials
Advanced materials
Building a pilot plant to produce high-purity alumina (HPA)
Advanced materials
Advancing biomaterials by providing the best research environment
Advanced materials
Next generation product technology that facilitates a flexible and scalable distributed manufacturing model
Advanced materials
Advancing textile coating and treatment systems
Advanced materials
Validation of intended product design through end-user testing and assessment of supply chain logistics
Advanced materials
Breakthrough in the global orthopaedic medical device industry – developed and manufactured in Australia
Advanced materials
Creating the next generation of “smart implants”
Advanced materials
Advancing manufacturing technologies and capacity to increase the scale and output of Carbon Revolution’s commercial operations
Advanced materials
Combination therapy to tackle bacterial biofilms
Advanced materials
Alternative transistors for faster and more efficient power electronics