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This short article is an attempt to collect information and facts from the team of globally recognized scientists as well as experts and also deliver the perspective of in-situ reinforced microfibrillar composites. It is well established that melt-spinning or even solidstate stretching (drawing) of polymers creates high-modulus, high-strength polymer fibres. In-situ microfibrillar reinforced composites (MFCs) or nanofibrillar reinforced composites (NFCs) are impressive systems, which are created from melt blendingcold/hot drawing followed by compression or injection moulding of immiscible plastic blends. For example, Poly (propylene)/ Poly (ethylene terephthalate), Poly (propylene)/Nylon-6, Poly (propylene)/Nylon-66, Poly (propylene)/Polycarbonate, Poly (ethylene)/Poly (ethylene terephthalate), Poly (ethylene)/ Nylon-66, Polyethylene/Polycarbonate, Poly (ɛ-caprolactone) (PCL)/Poly (lactic acid) (PLA) are widely used blends systems for the MFC. This review article focuses on the improvement of properties of aforesaid blends systems by means of the in-situ reinforced micro/nanofibrillar composite principle.

Efficient In-Situ Reinforced Micro/Nano Fibrillar Polymer-Polymer Composites: A New Class of Materials for Biomedical Application