A comprehensive review on performance and machinability of plant fiber polymer composites

Abstract

In recent years, the revolutionary utilization of plant fibers in polymer laminates significantly influenced environmental effects. Presently, there is progression attention in advancing bio-based materials by acquiring plant fibers from lignocellulosic components for different applications like non-structural, structural laminates, automobile components, ballistics, flooring, household utensils, and aerospace parts. These bio-based, eco-friendly components have been recognized as next-generation contestants for higher-efficacy, sustainable, cheap, environmentally friendly, and lightweight composites. Different kinds of synthetic and natural biopolymers and bio-based nanoparticles have been applied to produce sustainable materials. Bio-based polymer composites manifest unique characteristics of both eco-reinforcement and sustainable resin. This review comprehensively communicates the general characteristics and principles of nanoparticles, polymers, and their respective composites. In addition to the machining characteristics, challenges and future perspectives of the polymer composites have also been reviewed.

Suitability examination of a new cellulosic fiber extracted from the stem of Ventilago maderaspatana plant as polymer composite reinforcement

“…These new guidelines have driven the manufacturing industries to develop new eco‐friendly materials to replace the conventional materials without compromising performance. [ 1 ] Man‐made fiber reinforced plastics are non‐biodegradable materials majorly used in automotive, construction, aerospace, and electrical industries. [ 2 ] So, it is essential to find the alternate material for man‐made fiber‐reinforced plastics.…”

Aging effects on free vibration and damping characteristics of polymer‐based biocomposites: A review

“…Due to their propensity for moisture, natural fiber tends to lose their integrity due to dimensional changes. [ 25–48 ] As people became more concerned about the environment, they began to design environmentally friendly materials. Despite the attractiveness of the matrix and reinforcements renewability and recyclability, material scientists are likely to run into issues with these biocomposites gather reliable including their performance and cost.…”

Production of basalt/wood fiber reinforced polylactic acid hybrid biocomposites and investigation of performance features including insulation properties

“…PLA can be modified with fillers to overcome some of these disadvantages and thus the application field of PLA can be expanded. To maintain its renewable nature and biodegradability, PLA can be reinforced with natural fibers 7 . Renewable lignocellulosic fibers can be an alternative to man‐made fibers (glass, carbon etc.)…”

“…To maintain its renewable nature and biodegradability, PLA can be reinforced with natural fibers. 7 Renewable lignocellulosic fibers can be an alternative to man-made fibers (glass, carbon etc.) in terms of reduction of carbon dioxide emission, saving energy, and increase of recyclability and compostability.…”