Superclean graphene film was obtained by eliminating the contamination formed during the process of high temperature chemical vapor deposition (CVD) growth of graphene.
The single crystal copper wafer was prepared by the technology of "magnetron sputtering + solid phase epitaxial recrystallization", and then the single crystal graphene wafer was produced by epitaxial growth on the single crystal copper substrate.
We design and develop the batch preparation equipment of graphene quartz fiber, which can realize the continuous, pilot-scale, stable production of different types of graphene quartz fibers or textiles.
We use carbonene materials (graphene, carbon nanotubes), to prepare carbonene/aramid Ⅲ composite fibers. Through precise control of the physical and chemical structure of the interface structure, the efficient transfer of stress between the matrix and the reinforcement is realized.
The BGI Equipment R&D Center has developed different types of equipment which according to the market demands in various application fields.
We produce high-quality, high-purity, low-oxygen small-size graphene powder via a sustainable and industrial scale microwave technology in gas phase. Our graphene powder could be easily applied in electronic ink, composite enhancement, and biomedicine etc.