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General Graphene launched its new high-capacity CVD graphene roll-to-roll production line

General Graphene launched its new high-capacity CVD graphene roll-to-roll production line

US-based CVD graphene developer General Graphene Corporation (GGC) has launched its new Gen3.0 CVD graphene production line. This 20-meters long roll-to-roll based system can produce single- and multi-layer graphene materials on copper films up to 400 mm wide.GGC says...
CharmGraphene starts mass producing CVD graphene using a roll-to-roll process

CharmGraphene starts mass producing CVD graphene using a roll-to-roll process

Korea-based Charmgraphene has started to mass produce CVD graphene, using its proprietary roll-to-roll process.CharmGraphene’s graphene on copper and heating elementCharmGraphene’s R2R production system can produce 2 meters of CVD graphene per minute...
MIT team reports new roll-to-roll process for production of large sheets of high-quality graphene

MIT team reports new roll-to-roll process for production of large sheets of high-quality graphene

Researchers at MIT have developed a new roll-to-roll production process for large sheets of high-quality graphene, which the team says could lead to ultra-lightweight, flexible solar cells, and to new classes of light-emitting devices and other thin-film...
LG Electronics to start offering CVD graphene materials

LG Electronics to start offering CVD graphene materials

According to our information, LG Electronics is aiming to start supplying CVD graphene materials worldwide soon, with an aim to accelerate the adoption of CVD graphene in various applications. LG is collaborating with research groups to identify new applications for...
New laser printing method rapidly and efficiently yields textiles embedded with graphene supercapacitors

New laser printing method rapidly and efficiently yields textiles embedded with graphene supercapacitors

Scientists from RMIT University in Melbourne, Australia, have developed a cost-efficient and scaleable method for rapidly fabricating textiles that are embedded with energy storage devices. The team reports that in just three minutes, the method can produce a 10x10cm...