Licuri fibers: alternative reinforcement to polymeric composites

Abstract

This research is primarily based on the search for alternative natural reinforcements to polymeric composites. This study begins with a complete characterization of the licuri fiber as an alternative reinforcement to polymeric composites. It then investigates the development of a composite laminate made solely from licuri fibers to understand the behavior of the fiber when impregnated in thermosetting resin (orthophthalic unsaturated polyester resin). The composite was developed as a lamina (a sheet with a single reinforcement layer) and industrially manufactured. The fibers were studied to determine their physical, chemical, and mechanical properties. The mechanical properties of the lamina were determined by uniaxial tensile and three-point bending tests. Macroscopic and microscopic (SEM) studies of the fracture were carried out to determine the influence of fiber/matrix interfacial adhesion on the final composite for both loads.

Accelerated environmental aging effects in structural integrity of licuri fiber reinforced plastics

“…This slight degradation can be explained by the low hemicellulose content of licuri fibers, of around 11.61%. 11 Hemicellulose is the component responsible for fiber biodegradation, moisture absorption and thermal degradation; making the interface fiber/matrix weaker and more susceptible to degradation. 11…”

“…This subfamily is the largest among the Arecaceae, currently composed of 115 genera and 1500 species. 11 In this respect, it is presented here as a unidirectional woven fiber.…”

Moisture Absorption in Polymer Composites Reinforced with Vegetable Fiber: A Three-Dimensional Investigation via Langmuir Model

“…The main purpose to manufacture composite materials is to obtain a new material with increased properties, mainly from the mechanical point of view (mechanical resistance) and low weight [2].…”

Mechanical performance studies on Vetiveria zizanioides/jute/glass fiber-reinforced hybrid polymeric composites

“…The impact strength and hardness of composite increase directly with the fiber volume fraction and postcuring time. 9 Although many research works on characterization had been done on various fibers like licuri, pine apple leaves, and hemp, 10–12 no sufficient research had been done using vetiver fibers.…”