Scientists at The University of Manchester have ‘re-discovered’ a material, which could make the construction of 2D van der Waals heterostructures easier to build.
Graphene is a material with a huge amount of outstanding qualities; strength, flexibility, lightweight and conductivity.
Graphene-based composite materials
One of the simplest and most effective ways of harnessing the potential of graphene is to combine it with existing products - so called composite materials.
The impact of graphene-based composites is set to reverberate throughout countless industries, enhancing performance and increasing application possibilities.
The University has developed a critical mass of researchers who are working across a huge variety of specialist areas and collaborating with commercial partners to unlock the benefits of graphene composites in different guises.
Researchers at The University of Manchester have already shown the potential of a rust-free future.
By combining graphene with paint, a unique graphene coating is formed which could signal the end of the deterioration of ships and cars through rust.
Weatherproofing and packaging
The same technique could also by applied to brick and stone to weatherproof houses, or even to food packaging to stop the transfer of water and oxygen molecules which causes food to go off.
Further benefits come from incorporating graphene-based composites in major components in industries such as construction, transport or aerospace. Due to ongoing research alongside commercial collaborators, scientists at The University of Manchester are moving toward a realistic future where potential is becoming reality.
Graphene for sport
Sporting goods are often the first to take up on new materials development which has already been the case with the successful graphene-enhanced tennis racket from Head. Graphene-based composites and coatings could be further involved in enhancing sports equipment in skiing, cycling, and even Formula 1 in the near future.
Lightest, strongest, safest, greenest
A graphene-based composite aircraft wing could drastically decrease weight, reduce the detrimental effects of lightning strike damage and increase fuel efficiency and range. This could result in the world's lightest, strongest, safest, greenest plane.