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University Graphene Brochure

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Formulations and Solutions Current ink formations are far from ideal, either containing toxic solvents or requiring time-consuming, expensive processing. Potential applications include: conductive inks for flexible electronics, antennae and wearables. Our facilities have the ability to produce formulations and solutions for printed electronics and textile applications as well as a printing suite, which provides ink-jet, screen and roll-to-roll printing capability. Energy Graphene is an ideal material to use in energy and energy storage due to its remarkable conductivity, its high surface area and robust flexibility. Potential applications include: electric vehicles, lightweight batteries and supercapacitors that could fully charge devices in minutes. Our dry room facilities provide the capability to produce pouch and coin cells, supercapacitors and battery applications. Characterisation There are many different ways to create or isolate graphene. Graphene can exist as tiny flakes, large sheets or in a solution, each form lends itself to unique applications. Our centralised facilities provide the ability to characterise physical, electrical, thermal and optical properties of graphene and other two-dimensional materials.

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