Graphene-based thin and thinner films, free of substrate
True 2 Materials TM simple, high speed manufacturing process (patents pending) enables production of large, substrate independent, graphene (G) and graphene oxide (GO) films.
Volume production and specific tuning of our films will make it possible for our partners to bring G and GO based products to commercial markets across multiple industries.
We develop and co-develop our films to match your specifications. If you are exploring graphene-based or other low dimensional films, consider the performance and benefits of utilising substrate independent materials.
Take advantage of our films and invest in making superior products.
We are committed to creating defensible value to our partners.
Bilayer, Trilayer, 4 - 6 atoms thin or thicker?
We offer new standards of:
Our materials are available in a variety of custom shapes, dimensions and engineered specifications.
There is so much waiting to be discovered.
What are you working on?
How can we contribute?
Our films are without peer. What could you create with them?
True 2 Materials are the world leader in the research and development of nanostructure films only a few atoms thick.
Whether you are looking at one material, doped or low dimensional composite films: Why alter performance with a substrate?
We are looking to partner with innovative companies working on real solutions and products, knowledgable investors and scientists. We seek talent capable of creating the future right now.
If you are technical and can contribute, reach out and tell us how.
We are on the cusp of a revolution in new materials that will propel us exponentially forward in many key fields. We founded True 2 Materials because we saw this as the chance to go beyond “business as usual”. As graphene findings grab the headlines, we know further material discoveries and composites will follow. We will continue to lead in turning these materials into thin films that redefine performance benchmarks.
Whether you are working on these low dimensional films themselves or new products that take advantage of their superior specifications, we will all succeed faster working together.
William is a former US Marine and veteran of the scientific community with a history of leading edge research in scientific visualisation, image processing, low temperature diamond film production, HTC superconductors, massive neuron and glial cell simulation, solar engineering, 2D materials development and unmanned vehicle R & D.
William has served as a NAS consultant for UVS EU airspace rules.