Two-Dimensional (2D) Materials Incorporated PMMA Polymeric Nanocomposites: Synthesis and Applications

This chapter discusses the two-dimensional (2D) based PMMA polymer nanocomposites. Due to their unique structural and electrochemical properties, recently, 2D materials have attracted remarkable attention for various energy applications, including energy harvesting and energy storage devices. Over the past 20 years, polymer nanocomposites have been increasingly significant in the field of material research. While this innovative method is still in its early stages of research, it has the potential for success in a variety of applications. These 2D-material-based composites could expand the application domains of conventional 2D-based materials and devices. The application of composites has been expanded by incorporating polymers and metal structures with 2D materials. Some technical issues, including energy storage for future applications, water purification, low-energy electronics, bio-inspired computing, biomedical applications, and effective catalysis, are seen to be suitable for the composite material-oriented technique. Polymer nanocomposites present a lot of potential, which has made them an increasingly common subject of study in recent years. The extent to which we can overcome the obstacles will determine how nanocomposites develop and are used.