LYTEN 3D GRAPHENE™
Delivering on the Promise of Graphene
Graphene: theorized since the 1960s; isolated as 2D graphene in 2004; awarded the Nobel Prize in 2010. It is a single-layer sheet of carbon atoms with the potential to yield disruptive properties: stronger than steel, more flexible than rubber, more electrically conductive than copper, impervious to even the smallest atoms, and all this at an ultralight weight. It is the ultimate supermaterial. It is the ultimate decarbonization platform.
There is just one problem. Scaling from the lab to real-world applications has been unsuccessful…until now. This is Lyten’s disruption.
What is Lyten 3D Graphene™?
3D Graphene is the commercialization of graphene. It turns out the key is three dimensions. When graphene is crumpled and twisted at the nano-scale, it becomes orders of magnitude more reactive, allowing graphene’s supermaterial properties to be infused into other materials…lots of other materials.
It can be tuned to improve strength AND conductivity AND permeability AND… The ability for 3D graphene to improve multiple properties at one time makes it a true supermaterial.
Made from Methane
Lyten 3D Graphene is the result of many years of R&D and our proprietary reactor technology which evolved from the semiconductor industry. We take methane and transform it into carbon and hydrogen.
The carbon is permanently sequestered in the form of three-dimensional graphene, eliminating CO2 emissions and creating a supermaterial that starts a cascade of decarbonization impacts, like lightweighting materials and creating higher energy density batteries.
Made from Methane
Lyten 3D Graphene is the result of many years of R&D and our proprietary reactor technology which evolved from the semiconductor industry. We take methane and transform it into carbon and hydrogen.
The carbon is permanently sequestered in the form of three-dimensional graphene, eliminating CO2 emissions and creating a supermaterial that starts a cascade of decarbonization impacts, like lightweighting materials and creating higher energy density batteries.
Infinitely Tunable
Lyten 3D Graphene is infinitely tunable and functionalized to deliver the exact properties (strength, hardness, electrical conductivity, etc) necessary to optimize for each application.
With three dimensions, we are able to tune for multiple properties in a single Lyten 3D Graphene material. The first three applications we are tuning for commercially are batteries, composites and sensors.
Limitless Applications
The last three decades have been distinctly digital, with semiconductors fueling incredible innovation across every aspect of our lives.
To decarbonize our planet and achieve Net Zero by 2050, we must achieve the same level of innovation (actually more and faster) in the physical world.
Lyten 3D Graphene may well become the semiconductor of the physical world. Our mission is to catalyze innovation in every material around you and in the process be a critical contributor to decarbonizing our planet and improving quality of life.
Is there an application you are interested in collaborating on? Let us know.
Limitless Applications
The last three decades have been distinctly digital, with semiconductors fueling incredible innovation across every aspect of our lives.
To decarbonize our planet and achieve Net Zero by 2050, we must achieve the same level of innovation (actually more and faster) in the physical world.
Lyten 3D Graphene may well become the semiconductor of the physical world. Our mission is to catalyze innovation in every material around you and in the process be a critical contributor to decarbonizing our planet and improving quality of life.
Is there an application you are interested in collaborating on? Let us know.
Want to make the materials that will revolutionize the future?
We need the brightest minds in science, technology, engineering, product development, and business to make the countless applications of Lyten 3D Graphene™ a reality at a global scale. If that sounds interesting, click below.