NaOH Treatment Revolutionizes Strength of Fiber Composites Globally

Wahyu Aji Pamungkas, E. Widodo
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Abstract

This study investigates Sansivera fiber-reinforced composite materials treated with 15% NaOH alkaline liquid for different durations using the hand lay-up method. The aim is to determine the optimal treatment duration that enhances the tensile properties of these composites. Results indicate that longer NaOH treatment periods positively impact tensile strength, with the best outcomes observed at 15% treatment for 8 hours. These findings contribute to improving the mechanical performance of Sansivera fiber composites for various industrial applications.   Highlight:  Sansivera composites strengthen with 15% NaOH for 8 hours. Hand lay-up method enhances industrial applicability. Optimal treatment duration for Sansivera fibers is highlighted.     Keyword:  Sansivera fiber composites, NaOH alkaline treatment, Tensile strength enhancement, Hand lay-up method, Industrial applications  
NaOH 处理为全球纤维复合材料的强度带来革命性变化
本研究采用手糊法研究了用 15% 的 NaOH 碱液处理不同持续时间的 Sansivera 纤维增强复合材料。目的是确定能提高这些复合材料拉伸性能的最佳处理时间。结果表明,较长的 NaOH 处理时间会对拉伸强度产生积极影响,15% NaOH 碱液处理 8 小时的效果最佳。这些发现有助于提高各种工业应用中 Sansivera 纤维复合材料的机械性能。 亮点: 15%NaOH 8 小时可增强 Sansivera 复合材料的强度。手糊法提高了工业应用性。强调了处理 Sansivera 纤维的最佳时间。 关键词:山丝威拉纤维复合材料、NaOH 碱处理、拉伸强度增强、手糊法、工业应用
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