Powering a Sustainable Society with Carbon Material Innovation
Our 3D carbon material, Graphene MesoSponge® (GMS), pioneers a new dimension in battery technology.
Vision
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.
About us
3DC is a startup that aims to commercialize GMS, a next-generation carbon material developed by the Nishihara Lab at the Advanced Institute for Materials Research of Tohoku University. “3DC” stands for “three-dimensional carbon materials,” based on GMS as a material expanded three-dimensionally from the two-dimensional carbon material known as graphene. We dedicate each day to diligently advancing the development of GMS applications that improve the performance and durability of energy storage.
News
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Media
[Media Feauture] Our “Conductive Additive GMS” Featured in The Chemical Daily
Our conductive additive for lithium-ion batteries announced in the recent press release was featured on The Chemical Daily, Japan’s leading newspaper for the chemical industry. We invite you to read the article and learn more about our innovative solutions. For details about our “Conductive Additive GMS”, please see the following press release.[Press Release] Tohoku University-Affiliated Startup 3DC, […] -
News
[Research Report] Novel “nanoplate GMS” Enhances Energy Density in Electric Double-Layer Capacitors
New research results on Graphene MesoSponge® (GMS), a next-generation carbon material that 3DC plans to mass-produce, have been published from Nishihara Laboratory. 3DC is the university start-up company that aims to commercialize GMS, which was invented at the Nishihara Laboratory (Advanced Institute for Materials Research, Tohoku University). Currently, some patents related to GMS have been transferred from […] -
Media
[Media Feauture] Launch of Our “Conductive Additive GMS” Featured in “MONOist”
The launch of our conductive additive for lithium-ion batteries announced in the recent press release was featured on “MONOist”, Japan’s information portal for manufacturing specialists. We invite you to read the article and learn more about our innovative solutions. -
News
[Announcement] Professor Nishihara, CSO of 3DC, to Give Invited Lecture at SCEJ 89th Annual Meeting
Professor Hirotomo Nishihara, the inventor of Graphene Mesosponge (GMS) and CSO (Chief Science Officer) of 3DC, will be delivering an invited lecture at SCEJ (The Society of Chemical Engineers, Japan) 89th Annual Meeting. Lecture Session:[Special Symposium] Perspectives of Startups based in Chemical Engineering(For session details, click here)Lecture Date and Time: March 19th (Tuesday) from 14:10 to […] -
Media
[Media Feauture] Launch of Our “Conductive Additive GMS” Featured in The Chemical Daily
The launch of our conductive additive for lithium-ion batteries announced in the recent press release was featured on the digital site of The Chemical Daily, Japan’s leading newspaper for the chemical industry. We invite you to read the article and learn more about our innovative solutions. For details about our “Conductive Additive GMS”, please see […] -
News
[Announcement] 3DC to exhibit at “InterBattery 2024” in Seoul, Korea
3DC will be exhibiting at “InterBattery 2024”, from March 6-8, 2024 in Seoul, Korea. Our booth is located at “E111”. What is “InterBattery” ?”InterBattery” is the world leading battery exhibition offering one of the most effective business platforms for the global battery value chain. In line with the growth of rechargeable battery industry and enhancement of […]
Recruit
Innovation that starts with materials is essential for realizing a sustainable future. Join us in innovating the world through the power of materials.
Contact
Please contact us with any inquiries regarding collaborative research or procurement of materials.