Sustainable Polymeric Nanocomposites for Multifaceted Advanced Applications

摘要: In recent times, bio-based hyperbranched polymers have attracted tremendous interest in industrial and scientific research, owing to their promising unique attributes over synthetic conventional analogs. Industrially important such as polyurethane, polyester, poly(ester-amide), epoxy been developed the last two decades from Advanced Polymer Nanomaterial Laboratory of Tezpur University. They are synthesized by Ax + By (x, y ≥ 2) approach with or without solvent, following dictates “Green Chemistry.” Again, it is a well-known fact that “virginity not virtue” case filled composite systems inappropriate improve performance hence unable meet service demands advanced applications. Thus, nanotechnology, adopted develop variety nanocomposites above sustainable different types nanomaterials. The showed significant improvement desired properties including mechanical, thermal, chemical, biological, optical, etc., along special like shape memory, self-healing, self-cleaning, biocompatibility, etc. A brief overview materials applications air cleaning paints injectable bone tissue scaffold smart discussed this chapter.