Chemical and microstructure correlation towards optimisation of thermal behaviour of boric acid crosslinked PVA-cellulose nanofiber composite

Key Points

• The correlation between chemical structure and thermal behaviour is crucial for optimizing composite materials.
• Key metrics include enhanced thermal stability and mechanical properties linked to the microstructure.
• Analysis involved evaluating the effects of boric acid crosslinking on thermal performance over specified conditions.
• This study highlights the potential for developing more efficient composite materials through enhanced thermal properties.