ALL PRODUCTS

Carboxyl (-COOH) functionalized graphene has been developed at our facilities. Can be deposited on various substrates either by conventional mechanical exfoliation or spin coating in the solution form. Carboxyl group reaches up to 3% and the product is...

CVD diamond is a quantum material and is much investigated in the field owing to their potential applications in biological, electronic, and quantum technologies. In particular, nitrogen-vacancy center (N-V center) is one of most celebrated point...

CVD diamond is a quantum material and is much investigated in the field owing to their potential applications in biological, electronic, and quantum technologies. In particular, nitrogen-vacancy center (N-V center) is one of most celebrated point...

Graphitic carbon nitride (g-C3N4) has been one of the most attractive materials in the field owing to its unique electronic structure. It exhibits 2.7 eV and ideal band alignment to oxidization and reduction energy levels for hydrogen evolution reactions...

CVD Graphene sheets have been deposited onto 50 micron thick Cu foils using modified chemical vapor technique only on the top surface of the Cu foils. In our method, we have paid close attention to engineering defect density and single domain sizes...

Monolayer graphene transferred on SiO2/Si substrates. Full area graphene monolayers were synthesized first using our established CVD growth method (see below) on copper foils and transferred from copper onto SiO2/Si using copper etchant and polymer...

Graphene fluoride has been developed our facilities. Carbon to Fluoride ratio is 1:1 and the particle size ranges from 1-15 microns. Electrical resistivity is 1E11-1E12 Ohm.cm. This product is ideal for battery, lubrication, thermal management, and 2D...

The 3D Graphene Foam is deposited comformably onto Nickel foam foils by chemical vapor deposition (CVD) process. Nickel (Ni) foams were created by acid reaction at high temperatures, followed by 4-step CVD graphene growth process. Overall, few-layers and...

Semiconductor analog of graphene: Graphene oxide has been synthesized at our R&D facilities using modified reaction Hummer technique. Growth technique emphasizes on minimizing the defect density to yield optically active material and increasing the...

Semiconductor analog of graphene: Graphene oxide has been synthesized at our R&D facilities using modified reaction Hummer technique in water dispersant solution. Growth technique emphasizes on minimizing the defect density to yield optically active...

High purtiy graphite (HOPG) crystals have been Br2 (bromine) intercalated to achieve p-type doping. Crystal size measures ~1cm and larger in size and the product is ready for exfoliation

High purtiy graphite (HOPG) crystals have been I2 (iodine) intercalated to achieve p-type doping. Crystal size measures ~1cm and larger in size and the product is ready for exfoliation