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Chemical Treatment and Characterization of Fiber of Babassu Coconut Epicarp (Orbignya phalerata) for Application in Polymeric Composite

机译:Babassu椰子果皮(Orbignya phalerata)纤维的化学处理及其表征在聚合物复合材料中的应用。

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摘要

This set of mechanical properties of plant fibers allows its use as a reinforcement element in polymeric matrices and composites can be used in various sectors, and thus expanding the scope of use and the aggregate value of plant fibers. In this work, the choice by the use of alkali process to make the treatment of epicarp babassu fibers was decided in view of that it provides an effective, simple and low cost implementation process and also for being the most widely used method for modifying the surface of the fiber forming polymer composites. By SEM, it was observed the removal of wax layers, the impurities on the fiber surface and tyloses. With alkali treatment, it was also possible to notice the narrowing and closing of craters due to the packaging of denser material.
机译:植物纤维的这组机械性能允许其用作聚合物基体中的增强元素,并且复合材料可用于各个领域,从而扩大了植物纤维的使用范围和总价值。在这项工作中,考虑到碱提法提供了一种有效,简单且低成本的实施方法,并且是最广泛使用的表面改性方法,因此决定选择使用碱法来处理果皮纤维。形成纤维的聚合物复合材料。通过SEM,观察到蜡层,纤维表面上的杂质和酪胶的去除。进行碱处理后,由于包装了较密的材料,还可能发现火山口变窄和闭合。

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