For Specialized Applications In Today's Modern World, a Variety of Multifunctional Materials With
Suitable Mechanical, Thermal, Electrical, and Chemical Properties Are Required. Composites Are a Type Of
Material That Offers a Lot of Potential For Developing Multifunctional Innovative Materials That Are Needed
For New Technological Developments.
Composite Materials Can Provide a Desirable Set of Qualities That Can Be Adjusted to Meet the Unique
Requirements For a Given Application By Mixing Two Chemically or Physically Distinct Materials.
Traditional Materials Such As Metals, Ceramics and Metal Alloys, Polymers, and Other Materials Cannot
Achieve Such a Mix of Qualities. Lately, Polymer Nanocomposites Have Been Making Waves In the Media
And In a Variety of Industries. There Has Been a Lot of Interest In Tailoring the Structure and Composition
Of Materials on a Nanometer Scale In the Last Several Years. As a Result, a Thorough Examination of The
Synthesis, Characteristics, and Applications of Polymer Nanocomposites Is Critical. Polymer
Nanocomposites Are Divided into Several Types Based on a Variety of Factors. Sol Gel Process, In-Situ
Polymerisation, Solution Mixing Process, Melt Mixing Process, and In-Situ Intercalative Polymerisation
Are some of the Preparation Processes. Mechanical, Optical, Rheological, Flame Retardancy, and Dielectric
Behaviour of Nanocomposites Have All Been Thoroughly Examined. Finally, the Major Uses Of
Nanocomposites As Well As Their Future Prospects ...