In the quest for a decarbonized society, the evolution of batteries is indispensable. Our NEWLY developed carbon material, Graphene MesoSponge® (GMS), addresses key battery challenges: compact and high efficiency, resistance to degradation for longer life, safety, and reduced environmental impact. GMS paves the way for efficient energy storage.
We are committed to contributing to a future society that is both environmentally friendly and enriching for humanity through our development of carbon materials.
GMS is a three-dimensional graphene material featuring a sponge-like 3D structure with a shell thickness of a single carbon atom. As it achieves a balance of porosity, conductivity, corrosion resistance, and flexibility, this innovative carbon material may be key to overcoming notorious carbon material limitations resulting from trade-offs between longevity and performance.
The flexibility of GMS is particularly remarkable. GMS elastically deforms like rubber, defying the conventional wisdom of carbon materials as rigid. 3DC is the only entity in the world developing elastic carbon materials.
Innovation that starts with materials is essential for realizing a sustainable future. Join us in innovating the world through the power of materials.
3DC is a Tohoku University-affiliated carbon materials startup dedicated to commercializing the technology developed at Nishihara Lab (Advanced Institute for Materials Research) .
3DC is conducting joint research on lithium-ion batteries with Professor Naoaki Yabuuchi of Yokohama National University.
3DC is conducting joint research on all-solid-state batteries with Professor Shinya Machida of Konan University.
3DC is conducting joint research on lithium-ion batteries with Professor Yamada of Osaka University.
3DC is selected as one of the Hello Tomorrow Deep Tech Pioneers.
3DC has been selected for J-Startup TOHOKU. The link provided leads to articles in Japanese.
3DC has been selected for the 2021 NEP program.
Please contact us with any inquiries regarding collaborative research or procurement of materials.
