Graphene is a single layer of carbon atoms arranged in a hexagonal lattice that was discovered in 2004 and awarded the Nobel Prize in 2010. It has exceptional properties such as optical transparency, electrical and thermal conductivity, flexibility, strength, and impermeability. Large area graphene films produced through cost-effective methods could transform industries like sensors, energy storage, desalination, thermal management, and flexible electronics. Graphene Frontiers has developed a patent-pending process for mass-producing and transferring graphene films to substrates that is chemical-free, suitable for roll-to-roll production, and will enable cost-effective graphene that can drive new applications.

1. Graphene is a new nanomaterial discovered in 2004 and the
subject of the Nobel Prize in Physics in 2010. Consisting of
only a single atomic layer of carbon arranged in a hexagonal
lattice, graphene has been called the “Miracle Material of the
21st Century” for its amazing properties:
• Exceptional optical
transparency,
• Record-setting electrical and
thermal conductivity,
• Impermeability,
• Flexibility, and
• Strength in a one-atom-thick
film.
LARGE AREA GRAPHENE FILMS
Cost-effective production
enabling game-changing applications

2. Large-area graphene films will transform markets in
sensors, energy capture and storage, desalination, thermal
management, and flexible electronics, but none of these
applications will be possible until graphene can be produced
reliably and cost-effectively at industrial scale.
Graphene has solved the problems of scale: Graphene films
can now be mass-produced and transferred to nearly any
substrate. Graphene Frontiers’ patent pending method for low
cost production and etch-free transfer of graphene films
eliminates the need for hazardous chemicals and is suitable
for roll-to-roll production at industrial scale.
Graphene Frontiers’ proprietary chemical vapor deposition
(CVD) and transfer process enables cost-effective production
of graphene that will enable game-changing applications.