Prodigious efforts are made to meet societal concern to protect environment, allowing for ‘green composites’. Generally, the properties of composite materials are influenced by various parameters like, filler concentration, orientation, aspect ratio, geometrical shape and degree of adhesion. Owing to the combined effect of filler material and matrix, an enhancement in properties of polymer composites is achieved.

Acrylonitrile-butadiene-styrene (ABS) terpolymer is being used in civil, mechanical, automobile, aerospace and structural applications due to its stability, toughness, impact resistant, light weight and smooth finish. The physical and mechanical properties are enhanced by incorporation of optimal ingredients to manufacture polymeric materials. An enhancement in mechanical properties of polymer is achieved by reinforcing fillers into it. A betterment in physical properties of acrylonitrile-butadiene-styrene has been widened its application in polymeric composites. The merits of hybridizing organic and inorganic particles with fibers have been reported by many researchers for decades. Numerous studies have been carried out in strengthening polymer composites by reinforcing carbon fibers, glass fibers, micro fillers, nanofillers, etc. Although synthetic fibers are a desirable reinforcing agent for polymers due to its easy accessibility and smooth nature; they do have their own demerits of greater manufacturing cost and environmental impacts such as discard and renewability.