Thermal Behaviour of Tamarind Seed Kernel Based Bio-Composites Intended for Thermal Insulation

Objective: Current research is aimed to emphasize the use of bio-based composites in form thermal insulation, achieving complete degradability. Low density bio-composites have gained moderate importance as its development primitive stage because processing and preparation issues. Methods: A preliminary investigation carried out based on results selected reinforcements Eggshell (ES), Groundnut Pod (GP), Paper Cellulose (PC) with Tamarind Seed Gum (TSG) binder justify behaviour terms conductivity, resistivity diffusivity various compositions; also conducted morphological characterization molecular level bonding phenomenon. The fungal predominant addressed by additives, additive samples are tested analysed for change properties. Findings: experimental motivated PC reinforcement further investigation. compositions synthesized testing. average ‘k’ obtained from ES, GP, 0.13, 0.083 & 0.052 W/mk respectively. depicted promising contrast commercially used insulation materials. Novelty: Considering harmful effect non-degradable materials, an attempt made this synthesize a new completely biodegradable composite material insulation. Keywords: Morphology; properties; theoretical model; biocomposites;