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Research progress in wood-plastic nanocomposites: A review

机译:木塑纳米复合材料的研究进展

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摘要

The interest towards wood-plastic composites (WPCs) is growing due to growing interest in materials with novel properties, which can replace more traditional materials, such as wood and plastic. The use of recycled materials in manufacture is also a bonus. However, the application of WPCs has been limited because of their often poor mechanical and barrier properties, which can be improved by incorporation of the reinforcing fillers. Nano-sized fillers, having a large surface area, can significantly increase interfacial interactions in the composite on molecular level, leading to materials with new properties. The review summarizes the development trends in the use on nanofillers for WPC design, which were reported in accessible literature during the last decade. The effect of the nanofillers on the mechanical properties, thermal stability, flammability and wettability of WPC is discussed.
机译:由于人们对具有新颖特性的材料的兴趣与日俱增,因此对木塑复合材料(WPC)的兴趣与日俱增,这种材料可以替代更传统的材料,例如木材和塑料。在制造中使用回收材料也是一个好处。但是,WPC的应用由于其通常较差的机械性能和阻隔性能而受到限制,可以通过加入增强填料来改善这种性能。具有大表面积的纳米尺寸填料可以在分子水平上显着增加复合材料中的界面相互作用,从而导致材料具有新特性。该综述总结了在WPC设计中使用纳米填料的发展趋势,近十年来已有文献报道了这一趋势。讨论了纳米填料对WPC的机械性能,热稳定性,可燃性和润湿性的影响。

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