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Characteristics of wood-plastic composites reinforced with organo-nanoclays

机译:有机纳米粘土增强木塑复合材料的特性

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摘要

Nanomer and Cloisite are the popular commercial nanoclays (NC) available in the market. The mechanical properties of wood-plastic composite (WPC) based on linear low density polyethylene with or without wood fiber are compared for different added nanoclays. In addition, the moisture uptakes at 23 °C and 45% RH and water uptake/loss after immersion in water are evaluated. I.34TCN type nanoclay as well as Cloisite Na+ lead to composites with superior mechanical properties and better water resistance behaviors compared to the other kinds of nanoclays. It should be noted that the discoloration occurs in WPC reinforced with unmodified NC.
机译:Nanomer和Cloisite是市场上流行的商用纳米粘土(NC)。针对不同添加的纳米粘土,比较了基于线性低密度聚乙烯(有或没有木纤维)的木塑复合材料(WPC)的机械性能。此外,还评估了在23°C和45%RH的条件下的水分吸收以及浸入水中后的水分吸收/损失。 I.34TCN型纳米粘土以及Cloisite Na +导致复合材料具有比其他种类的纳米粘土更好的机械性能和更好的耐水性。应该注意的是,变色发生在未经改性的NC增强的WPC中。

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