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机译:混合纳米粘土硬质PVC-木粉复合材料

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摘要

This study examined the use of nanoclay reinforced rigid PVC prepared with a novel melt-blending approach as a matrix for PVC/wood-flour composites. The effects of nanoclay contents and chitin as coupling agent on the properties of the composites were evaluated. The flexural, tensile and dynamic mechanical properties of composites made with nanoclay reinforced PVC matrix and chitin were measured and compared to their counterparts made with unreinforced PVC matrix. The experimental results indicate that wood-plastic composites with properties similar to solid wood could be manufactured by tailoring the formulation, i.e., combining nanoclay, rigid PVC, wood flour, and coupling agent.
机译:这项研究检查了纳米粘土增强的硬质PVC的使用,这种硬质PVC通过一种新颖的熔融共混方法制成,可作为PVC /木粉复合材料的基质。评估了纳米粘土含量和几丁质作为偶联剂对复合材料性能的影响。测量了由纳米粘土增强的PVC基体和几丁质制成的复合材料的弯曲,拉伸和动态力学性能,并将其与未增强的PVC基体制成的复合材料进行了比较。实验结果表明,可以通过定制配方,即结合纳米粘土,硬质PVC,木粉和偶联剂来制备性能与实木相似的木塑复合材料。

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