Elastic nanocomposite (SBR-Nano carbon black) was combined by the emulsion polymerization strategy. Elastic nanocomposite syntheses have been resolved based on their micro investigation. FTIR and Raman spectra were concentrated to illustrate the structure. The surface morphology of the copolymer gum was inspected by checking scanning electron microscopy and it sets up the change state among crystalline and formless nature. Morphology is also inspected by using transmission electron microscopy. Ozone obstruction was concentrated to explain occasional perceptions of the surface of the examples were made for break commencement. Tests were uncovered for a longer time. Flame obstruction was concentrated on measures the simplicity of termination of a flame and four appraisals are conceivable, contingent on the consuming time and the nearness of flaming drips. SBR-carbon black nanocomposites at 2 phr, 6 phr, 10 phr, and 12 phr wt% nano carbon black stacking indicates fairly enhanced combustibility property than its gum. The present investigation including the emulsion polymerization technique where the environmental performance of elastic nanocomposites is observed to be great.