Graphene nanoplatelets with a normal thickness of the 5 – 10 nanometers are offered in differing sizes up to 50 microns. These intriguing nanoparticles are included short piles of platelet-molded graphene sheets that are indistinguishable to those found in the dividers of carbon nanotubes, however in a planar frame. Hydrogen or covalent holding capacity can be included through functionalization at destinations the edges of the graphene nanoplatelets. Due to their one of a kind nanoscale size, shape, and material piece, graphene nanoplatelets can be utilized to enhance the properties of an extensive variety of polymeric materials, including thermoplastic and thermoset composites, characteristic or engineered elastic, thermoplastic elastomers, cements, paints and coatings. The graphene nanoplatelets are offered in a granular shape that in water, natural solvents and polymers with the correct decision of scattering helps, hardware and strategies. Utilized alone, graphene nanoplatelets can supplant both ordinary and nanoscale added substances while growing the scope of properties being adjusted. Utilized in mix with different added substances, graphene nanoplatelets help lessen cost and grow property alteration. Like other carbon-based advances, the graphene sheets that shape the nanoplatelets are both thermally and electrically conductive. In contrast to nanotubes or carbon filaments, be that as it may, the graphene nanoplatelets morphology gives bring down warm contact obstruction at lower stacking levels, bringing about higher warm conductivity versus other carbon particles or filaments.