The novel “Cup-Stacked Type Carbon Nanotubes” are obtained by floating reactant Chemical Vapor Synthesis Method. Thanks to the angles of stacking graphene sheets, the graphene edges are exposed and opened on the apparent tube surface as well as inner hollow core. This peculiar morphology leads length adjustment and high dispersion into matrix materials, which gives better performance in any kind of application such as Advanced Composites Materials (ACM) and Energy Devices.
The Carbere® CSCNT can be length adjusted by industrial methods to fit your application needs.
It can be used as a mechanical reinforcement for Advanced Composites, paint and other.
It also features good electrical and thermal conductivity.
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