NBRT Graphene Technology Corporation, founded by the Graphene Film Research Team of the Graphene Materials Technology and Engineering Research Institute of the Chinese Academy of Sciences, is an enterprise specializing in the production of graphene film coils and the development of graphene based flexible electronic devices.
The company integrates research and development, production, sales, and service, committed to becoming an international leading professional supplier of graphene film materials, manufacturer of flexible electronic products, and service supporter of innovative graphene application technology.
As one of the incubation achievements of the national graphene innovation center, NBRT has mastered the world's leading graphene film continuous roll to roll preparation technology, solving key issues such as equipment design and manufacturing, roll to roll growth process, and low-cost transfer for graphene film continuous preparation. It can be made into PET, PEN, and PI cornerstone graphene films
In 2017, a half meter wide graphene film coil production line was built, becoming the world's first enterprise to achieve the production of large wide graphene film coils.
The low-cost large-scale preparation of graphene thin films, as a breakthrough in the key common technology of the graphene industry, has made 'bringing graphene closer to life' a reality.
NBRT has successfully developed a series of graphene products, including graphene transparent films and graphene oxides with ultra-high thermal conductivity and conductivity, as well as graphene reinforcement materials used in fields such as lithium-ion batteries, fabric fibers, and advanced composite materials.
Chinese graphene technology enterprises have laid out and operated multiple projects, including graphene dispersion and composite technology, graphene carbon nanotube composite film, graphene electrostatic speaker, graphene copper based composite technology platform, graphene RFID electronic label, graphene power battery technology platform, graphene thermal conductivity film, graphene modified functional plastic masterbatch industrialization technology, and high conductivity and thermal conductivity graphene modified engineering plastic industrialization technology.