Size : Wafer products with multilayer graphene transferred up to 6-inch wafer
Multiple transfer process in vacuum to make multi-layer graphene
Graphene is transferred by repeating the vacuum transfer process on top of the already transferred graphene.
Through repeated processes, it is possible to produce large-area multilayer graphene with the desired number of layers.
Information of Multiple transferred CVD graphene
Information of substrate
Comparison of properties of multilayer CVD Graphene produced through multiple transfer processes
Wafer products with multilayer graphene transferred (4-inch, 6-inch)
Applications requiring both the unique properties and mechanical strength of graphene
(e.g., RF antenna, EUV pellicle, NEMS, etc.)
Applications requiring both the unique properties and mechanical strength of graphene (e.g., RF antenna, EUV pellicle, NEMS, etc.)
Extreme Ultraviolet (EUV) pellicle
Nanomechanical Systems (NEMS)
Chip antenna for space communication
It is possible to design new three-dimensional materials using newly applied two-dimensional materials.
Multi layer graphene
Multiple stacked various 2D materials
Structure of various 2D materials ( cf. S. Pinilla, et. Al., Nature Reviews Materials, 7, 717-735 (2022) )
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