Graphene MesoSponge® (GMS) is a next-generation carbon material developed at Tohoku University. Thanks to its exceptional durability and finely tunable structure, GMS is poised to dramatically enhance battery performance. 3DC is driving innovation in both the development of GMS as a battery material and in advanced electrode manufacturing technologies. Through these breakthroughs, we aim to enable economical sustainable and tangible energy transition.
Graphene MesoSponge® (GMS) is the world's first carbon material with a three-dimensional structure, developed in 2014 by Professor Hirotomo Nishihara at Tohoku University. Its unique design - consisting of graphene walls in only a one-atom-thick - endows GMS with a variety of unprecedented properties such as mechanical flexibility, oxidation resistance, superior electrical conductivity, and precise structural controllability, and it is expected to have many applications for improving performance.
GMS has been expected to a wide variety of application in the battery industries, thanks to its unprecedented potential of performance improvement. Since its foundation, 3DC has developed several products for advanced batteries such as lithium-ion batteries.
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 awarded 3rd place in the pitch event "REALTECH CATAPULT," held during the ICC Summit KYOTO 2024.
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We are looking for people who are passionate about achieving our vision and mission, driving innovation in the battery industry, and contributing to a sustainable energy transition.
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