How does hybridization influence the sustainability and environmental impact of natural fiber reinforced composites?
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Hybridization of natural fiber reinforced composites (NFRCs) has a significant influence on their sustainability and environmental impact. Recent research has focused on enhancing the performance of NFRCs through fiber modification, hybridization, and incorporation of lignocellulosic fillers . The advancement of hybrid fiber-reinforced biocomposites (HFRBC) has led to the exploration of natural polymer composites as a replacement for synthetic fibers, resulting in reduced environmental impact . The use of NaOH-treated natural fibers bonded with epoxy resin in interlock position has shown improved mechanical properties and increased sustainability of the composites . Chemical treatments of plant fibers, such as sodium bicarbonate treatment, have positive effects on the mechanical performance of polymeric composites and help maintain sustainability . Hybridization of natural fibers, particularly with eco-friendly basalt fibers, can further enhance the mechanical performance and reduce aging effects on high-performance biocomposites exposed to environmental agents . Overall, hybridization plays a crucial role in improving the sustainability and reducing the environmental impact of NFRCs.
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| The paper does not directly address the influence of hybridization on the sustainability and environmental impact of natural fiber reinforced composites. | |
4 Citations | The provided paper does not mention how hybridization influences the sustainability and environmental impact of natural fiber reinforced composites. |
| The provided paper does not mention anything about hybridization and its influence on the sustainability and environmental impact of natural fiber reinforced composites. | |
| The paper does not directly address how hybridization influences the sustainability and environmental impact of natural fiber reinforced composites. | |
01 Jan 2023 1 Citations | The provided paper does not directly address the influence of hybridization on the sustainability and environmental impact of natural fiber reinforced composites. |
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