New Carbon material changes the world.
Batteries need further evolution to achieve a low carbon society.
Our new carbon material, Graphene Mesosponge (GMS), accelerates the evolution of batteries.
New Carbon material changes the world.
Batteries need further evolution to achieve a low carbon society.
Our new carbon material, Graphene Mesosponge (GMS), accelerates the evolution of batteries.
3DC is a Tohoku University-affiliated carbon materials startup.
Nishihara Lab (Advanced Institute for Materials Research)
3DC is selected as one of the Hello Tomorrow Deep Tech Pioneers.
What is GMS
GMS (Graphene Mesosponge) is the first mass-producible carbon material with advantages of single-layer graphene.
Core Technology
Design & Development
Precise Control of Pore Structure
3DC has its own unique technology on Template Technique, which enables precise control of pore structure in carbon. 3DC’s Template Technique offers tailor-made carbon materials that meet the demand of customers.
Advanced analysis
High-sensitivity elemental analysis supports 3DC material
3DC’s technology covers the quantification of carbon edge sites at a ppm-level. It enables us to distinguish our material over conventional carbon materials including graphite, carbon blacks and CNTs. Also, our analysis method can be applied to a variety of inorganic materials such as ceramics and semiconductors.
Production
Commitment beyond laboratory scale
3DC commits not only to the R&D of GMS, but also to its mass production. In order to apply GMS to our society, we are working on the establishment of steady mass production line.
Core Technology
Design & Development
Precise Control of Pore Structure
3DC has its own unique technology on Template Technique, which enables precise control of pore structure in carbon. 3DC’s Template Technique offers tailor-made carbon materials that meet the demand of customers.
Advanced analysis
High-sensitivity elemental analysis supports 3DC material
3DC’s technology covers the quantification of carbon edge sites at a ppm-level. It enables us to distinguish our material over conventional carbon materials including graphite, carbon blacks and CNTs. Also, our analysis method can be applied to a variety of inorganic materials such as ceramics and semiconductors.
Production
Commitment beyond laboratory scale
3DC commits not only to the R&D of GMS, but also to its mass production. In order to apply GMS to our society, we are working on the establishment of steady mass production line.
Team
Battery will surely become one of the most important infrastructures to achieve carbon-neutrality. However, there are many problems to be solved for batteries to drastically change our society. We believe that our carbon material, GMS (Graphene Mesosponge), can contribute to the next generation battery technology. Since there are many experts of battery in academia and industry in Japan. We would like to take advantage of the local merits and build a great consortium for the significant battery innovation from Japan. Let’s make an innovation together with us for the better future of our planet!
CEO Takuma Kuroda
Nishihara Lab in Tohoku University is working on the cutting-edge research, based on the idea of “Changing the world with carbon and hyper nano-space.” The first scientific discovery itself is surely important, however, it is often difficult for a university lab to achieve practical applications of our discovery; 3DC is such a company that actually changes the world via the real application of the discoveries achieved in university. We believe that new carbon materials will help human beings to build a bright future!
CTO Hirotomo Nishihara
Team
CEO Takuma Kuroda
Battery will surely become one of the most important infrastructures to achieve carbon-neutrality. However, there are many problems to be solved for batteries to drastically change our society. We believe that our carbon material, GMS (Graphene Mesosponge), can contribute to the next generation battery technology. Since there are many experts of battery in academia and industry in Japan. We would like to take advantage of the local merits and build a great consortium for the significant battery innovation from Japan. Let’s make an innovation together with us for the better future of our planet!
CTO Hirotomo Nishihara
Nishihara Lab in Tohoku University is working on the cutting-edge research, based on the idea of “Changing the world with carbon and hyper nano-space.” The first scientific discovery itself is surely important, however, it is often difficult for a university lab to achieve practical applications of our discovery; 3DC is such a company that actually changes the world via the real application of the discoveries achieved in university. We believe that new carbon materials will help human beings to build a bright future!