Polymer Nanocomposites

In the last decades nanoscience and nanotechnologies have offered new opportunities for producing materials with structural and functional properties. The possibility to manipulate the matter on an atomic or molecular level can allow the obtainment of structures having unique characteristics and completely new functionalities. The use of structural and functional nanoparticles to be added to polymer nanocomposites is a nice way to manipulate the matters properties following a bottom-up approach. The hybrid fillers can be used not only as for structural purposes but also as functional nano-structures in many fields such as microelectronics packaging drug delivery flame retardant materials and environmental issues. A number of interesting nanoparticles such as clays (lamellar or tubular) silica carbon nanotubes siloxanes and more recently graphenes have emerged as peculiar nanofillers for enhancing the performance of polymer matrices for a wide variety of technological applications. The present chapter aims to present the last research and novelty in the field of polymeric nanocomposites materials. Methods of productions as well as polymers and type and shape of the fillers and their functionalities are widely reported. Structural organization and physical properties of the polymer matrix are correlated with the nature of filler.