Electronic Materials

DescriptionGraphene dispersion formulated for screen printing.Curing Condition: 250-350 °C, 20-30 min.

DescriptionSpin-coating:Spin-coating a single layer at 2000-5000 rpm yields a final film thickness of 40-60 nm. To achieve thicker films, multiple layers can be applied without a baking step. This is recommended over using a lower spin speed to

DescriptionFormulated for screen printing:Typical substates: glass, paper.Drying Condition: 100°C for 10 min.

DescriptionFormulated for Inkjet printing:Typical substates: plastic and glass.Drying Condition: 100°C for 10 min.

DescriptionFormulated for screen printing:Typical substates: glass, paper.Drying Condition: 100°C for 10min.

DescriptionPhysical Form: Black dispersionSurfactant Type: Anionic SurfactantSheet Resistantce: 10 (+/-5) ohm/sq for a 25 μm filmRaman D/G and D/D′: 0.28 and 5.0 (The 2D band shape indicates the presence of few-layer graphene flakes with an average

DescriptionRaman D/G and D/D′: 0.28 and 5.0 (The 2D band shape indicates the presence of few-layer graphene flakes with an average of 5-7 atomic layers)Graphene (nano)composite materialsConductive coatingsConductive InksEnergy Storage.

DescriptionGraphene nanoplatelets are “pure carbon”, with a high tendency to aggregate and poor interactions with the surrounding matrix, hence difficult to disperse in processes and supports such as epoxy resin, or thermoplastics. The chemical

DescriptionForm: Brown/Black suspensionBulk Density: ~1.8 g/cm3Number of layers: 15-20.

DescriptionForm: Brown/Black suspensionBulk Density: ~1.8 g/cm3Number of layers: 15-20.

DescriptionChloride free (purified by dialysis)Monolayer sheetsheet diameter &lt:10 micron.

DescriptionChloride free (purified by dialysis)Monolayer sheetsheet diameter &lt:10 micron.