Credit: James Macleod/University of Cambridge Department of Engineering
1. They have a high concentration of graphene flakes – up to 100g per litre.
2. They are made in a microfluidisation process, during which graphene flakes are broken off graphite using ultra-high shear forces.
3. 100% of the starting graphite material is converted into useable graphene flakes.
4. Carboxymethylcellulose sodium salt is used to stabilise the material, without a need for centrifugation.
5. Applications include large-scale screen-printing, flexible electronics, such as transistors and photovoltaic cells, and potential future uses in food packaging.
To find out more see page 15 of the upcoming April issue of Materials World.
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