Explorations into the mechanical properties of composites reinforced with sisal and abaca natural fibers

This study explores the complex world of mechanical properties displayed by composites reinforced with natural fibers, concentrating on the features of sisal and abaca fibers in particular. This research aims to thoroughly assess the inherent capabilities of these eco-friendly and renewable fibers as strong reinforcing agents in composite materials. The creation of composite samples with carefully adjusted fiber content and matrix compositions is all part of the study technique. A full investigation occurs, diving into essential mechanical qualities such as compression strength, tensile strength, flexural strength, impact resistance, and water absorption. The impact of relative fiber, and the composites were created by blending sisal and abaca fibers in a range of volume fraction ratios (0.0-1.0, 0.25-0.75, 0.50-0.50, 0.75-0.25, and 1.0-0.0). These trials yield data that are carefully examined in order to decipher the complex interactions among fiber type, and overall mechanical performance. The study incorporates advanced microstructural analysis methods, such as scanning electron microscopy (SEM), to reveal subtleties in the complex interfacial bonding dynamics between the natural fibers and the matrix. This research, which goes beyond the usual limitations, illuminates prospective uses for sisal and abaca natural fibers in composite materials while also enhancing our understanding of the mechanical properties.