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All Graphene Products
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A graphene powder that has less than three graphene layers, and has x-y dimensions of 10 um at most. The carbon content is ~97.0%, and the oxygen content is ~2.10%. This product is suitable for conductive composites, barriers, energy cells, solar cells, transparent electrodes, nano composites, heat radiation, capacitors, conductive inks, and organic semiconductor applications.
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Our graphene oxide product is dispersed in water at 0.5% concentration, or 0.005 g/ mL (i.e. every 1 mL of solution contains 0.005 g of graphene). The average z-dimension (thickness) of the materials is ~1-1.2 nm. The x-y dimensions are, at most, 554 nm and the carbon content is ~46.0% carbon. This product is suitable for barriers, transparent electrodes, nano composites, capacitors, and biological/medical applications.
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Graphene powder that is ~10-20 nm in thickness, and has the approximate x-y dimensions of 14.0 um. The carbon content is around 97.0%, and the oxygen content is approximately 1.50%. This product is suitable for barriers, conductive composites, nano composites, heat radiation, conductive inks, conductive rubber, and conductive adhesive applications.
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Graphene powder, whose thickness is estimated to be between 50-100 nm, and x-y dimensions to be, at most, 5 um. The carbon content is approximate to 98.0%, and oxygen content is approximately 0.80%. This product is suitable for conductive composites, nanocomposites, heat radiation, conductive inks, and conductive adhesive applications.
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Graphene powder, whose thickness is estimated to be between 50-100 nm, and x-y dimensions to be, at most, 10 um. The carbon content is approximate to 99.0%, and oxygen content is approximately 1.40%. This product is suitable for barriers, conductive composites, nanocomposites, heat radiation, conductive inks, conductive rubber, and conductive adhesive applications.
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Graphene powder, whose thickness is estimated to be between 50-100 nm, and x-y dimensions to be, at most, 44 um. The carbon content is approximate to 99.0%, and oxygen content is approximately 1.40%. This product is suitable for barriers, conductive composites, nanocomposites, heat radiation, conductive rubber, and conductive adhesive applications.
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