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ABSTRACT
In this article, carbon nanofiller, in particular graphite, has been reviewed for the preparation of polymer-based composites. The dispersion of graphite relies on fabrication methods employed such as solution mixing, melt blending, and in situ polymerization. The consequences of surface modification on thermal, mechanical, and electrical characteristics were explored. Moreover, the properties and parameters involved in feature enhancement of graphite-based materials have been highlighted. Topical development in field of thermal, mechanical, and other physical properties of polymer/graphite composites was investigated. Furthermore, worth of materials regarding electrodes, resistors, dye-sensitized solar cells, electromagnetic interference shielding, packaging, and flame retardant applications has been discussed.
GRAPHICAL ABSTRACT
