Publication

Abstract : The development of advanced materials for food packaging has become more important in tackling challenges associated with food spoilage, extending shelf life, and promoting sustainability. Self-healing polymer nanocomposites have surfaced as attractive options for next-generation packaging solutions because of their distinctive capability to autonomously mend structural damage, thus improving the durability and effectiveness of packaging materials. The incorporation of nanofillers like metal oxides, nanoclays, and carbon-based structures enhances their thermal, barrier, mechanical, and antimicrobial properties. These combined functionalities contribute to improved food quality, longer shelf life, and reduction of packaging waste. This chapter provides a comprehensive overview of the development and application of self-healing nanocomposites for food packaging, highlighting the self-healing mechanisms and functional attributes of polymers relevant to food packaging. Also, the chapter discusses the limitations and challenges, including regulatory concerns and cost effectiveness. Future research and innovation in this domain are expected to transform food packaging technologies, providing safer, resilient, and more eco-friendly solutions.