This review article addresses the potential for biopolymer-based composites made from
agricultural waste biomass to replace conventional materials in a sustainable and …

This study aimed to bring a new lignocellulosic raw fiber material source to the green
composite and textile industries. Lignocellulosic fibers were taken out from the stem of Ficus …

Biocomposites have attracted researchers recently due to their biodegradability and
environment‐friendly nature. The application of new fibers is increasing to reduce the fiber …

The aim of this research was to develop a lightweight, asbestos-free brake friction material
using sisal, jute, and sisal/jute hybrid composites along with fillers and frictional additives …

Highly efficient fiber-reinforced composites find extensive application in diverse industries.
Yet, conventional fiber-reinforced composites have significant environmental impacts during …

In recent years, there has been a significant emphasis on the development of composite
materials that are both high‐performing and environmentally friendly. Hybrid polymer …

The increased popularity of synthetic fibers has been hampered by high production costs
and environmental concerns, despite the former's superior stiffness and strength. As a result …

Over the past few decades, the widespread use of composite materials has become
prominent, particularly following the industrial revolution. In response to environmental …

The increasing demand for natural fiber-reinforced composites has opened up the market for
inexpensive, lightweight, bio-renewable, and environment-friendly plant fibers. The chemical …

Composite industries use natural fibre as a sustainable resource to improve the
sustainability and eco-friendliness of polymer composites. The characterization of alkali …