Directly synthesized multilayer graphene
First, we will further reduce the number of layers of graphene that make up the graphene flower. The current standard product has a thickness of around 2 nm, but we will reduce this to around 1 nm. Our unique manufacturing process is a bottom-up approach, so it is possible to synthesize monolayer graphene if the size is small, but we believe it is necessary to reduce the number of layers while ensuring a size of several micrometers. Additionally, we have tubularized the graphene flower. Compared to conventional CNTs, it features a thinner wall and a larger internal space. This aims to avoid the health hazards associated with conventional CNTs. Since the basic technology has already been developed, we can supply it on a custom basis. Furthermore, with our high-speed CVD process, we can mass-synthesize a wide range of nano-carbon materials, including a novel structure of carbon nanofibers with graphene stacked in a cup shape (product name: Carbon Worm).
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basic information
- Direct synthesis using a process without substrates, catalysts, or peeling - High purity, high crystallinity, high productivity - Flake-like carbon connected by petal-shaped few-layer graphene - The size of the few-layer graphene is 1 to 10 μm, and the thickness is 1 to 3 nm - It is possible to prepare a solution dispersed with few-layer graphene For more details, please refer to the catalog or contact us.
Price information
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Delivery Time
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Applications/Examples of results
○ Conductive films, transparent conductive films, additives for conductive films ○ High thermal conductivity fillers ○ High strength fillers ○ Raw materials for high carrier mobility devices ○ Raw materials for monolayer graphene and graphene ribbons ● For more details, please refer to the catalog or contact us.
Company information
Our company was established with the management philosophy of contributing to the promotion of our country's industry through the refinement of manufacturing technologies based on our unique processes and the creation of new businesses through alliances. Based on this management philosophy, our goal in the medium to long term is to stably supply high-functionality and high-quality nano-carbon materials such as graphene, carbon nanotubes, and carbon nanofibers, which are expected to be practical as next-generation technologies. Regarding graphene, we have successfully synthesized multilayer graphene with a few layers directly without a substrate or catalyst for the first time in the world, and we have commercialized its extract. Additionally, we plan to sequentially commercialize carbon nanotubes, which have been delayed in practical application due to low productivity and heterogeneous materials, as well as various carbon nanofibers with unique structures. Our company is committed to stably supplying these materials to our customers in various market sectors, and we kindly ask for your guidance and support.
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