Review On Natural Hybrid Composite Materials

Engineering

One matrix with two or more fibers makes up hybrid composites. Natural, synthetic, or a mix of natural and synthetic fibers can be used to create hybrid composites. Compared to fiber-reinforced composites, hybrid composites can assist us in achieving a superior mix of qualities. The components of a composite that are hybrid can be changed in a variety of ways, which may change the composite's characteristics. The review is significant because it shows that the performance of natural fiber-based hybrid composites is primarily determined by a number of factors, including variations in the volume/weight fraction of the fiber, variations in the stacking order of the fiber layers, treatment of the fiber, and environmental factors. The effects of chemical treatment, the mechanical and chemical properties of fibers, the properties of various natural and synthetic fiber types for the creation of pure natural composites and hybrid composites based on the combination of natural and synthetic fibers; bio-based resins; various fabrication techniques; and the influence of nanoparticles on composite materialsResearchers are beginning to embrace natural fibers more and more because they are easily obtainable, reasonably priced, easy to produce, biodegradable, and environmentally benign. Compared to mixtures of natural and synthetic fibers, hybrid composites are preferred by more people. Two different natural fibers are combined into a single matrix material to create hybrid composites. According to recent research on natural fiber hybrid composites, the A compound material is known as biodegradable, and as a result a metal matrix composite if it is made of metal fiber, and a polymer matrix material if it is made of polymer

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