Exfoliated graphene nanoplatelets in sheet molding compounds enable electrostatic coating through localized surface conductivity.
Calcining entangled copper methylacetylide wires at 1000°C to 1200°C grows graphene cavity walls and removes copper, simplifying manufacturing.
Rod milling graphite with rigid rods followed by microwave treatment reduces fragmentation while increasing production volume.
A nano-carrier material combines cellulose, graphene, and phenolic resin to form a stable network structure.