AI Insight
This study investigates the use of starch-modified date palm leaf fibers as reinforcement in epoxy-based biocomposites, evaluating how the surface treatment alters fiber properties and composite performance. Starch modification was applied to improve fiber-matrix adhesion, and the resulting composites were characterized through microstructural, structural, and thermal analyses. Results indicate that the treatment improved interfacial bonding and influenced the thermal stability and structural integrity of the biocomposite system.
Why it matters
Developing biocomposites from agricultural waste such as date palm leaves offers a sustainable alternative to synthetic fiber-reinforced polymers, with potential applications in construction, packaging, and lightweight structural components. This research supports the broader goal of reducing dependence on non-renewable materials in composite manufacturing.