Graphene TiO2 (anatase) nanocomposite powder. Stable in air. Titania particles of <100 nm size, interspersed and directly contacting the surface of an extended 3-dimensional porous graphene material. Graphene material is derived chemically from non-graphitic precursors and contains microscopic regions of paracrystallinity, chemical and structural...
Graphene/magnetite nanocomposite powder. Stable in ambient environments. Magnetite particles <150 nm size, interspersed and directly contacting an extended 3-dimensional porous graphene material. Graphene is derived chemically from non-graphitic precursors and contains microscopic regions of paracrystallinity, chemical and structural variations from...
Nanodiamond powder containing the N-V fluorescent center. Powder comprises aggregates of 4-6 nm nanodiamond particles with negative surface charge (isoelectric point at pH 4.2) originating from oxygenated surface-bound functional groups.
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A growing part of our economy is enabled by materials that help scientists and engineers effectively discover and develop new technologies to promote prosperity in society.
Carbon is a truly exceptional element
The element carbon enables the bespoke design of materials that drive dynamic areas of research and technology requiring a new order of performance at the materials level.
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