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Effect of Fungal Attack on Creep Behavior and Strength of Wood Plastic Composites

机译:真菌攻击对木材塑料复合材料蠕变行为及强度的影响

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The presence of zinc borate markedly reduced the potential for fungal attack of the WPC tested. In the absence of zinc borate, G. trabeum reduced both MOE and creep properties after only 4 weeks of exposure, while P placenta affected only creep behavior. The ability of the decay fungi to cause substantial effects on material properties over relatively short exposure periods suggests that treatment is essential for adequate performance under adverse conditions.
机译:硼酸锌的存在明显降低了WPC测试的真菌发作的可能性。在没有锌硼酸锌的情况下,G. Trabeum仅在4周暴露后减少了MOE和蠕变性质,而P胎盘影响仅受到蠕变行为。在相对较短的暴露时期对材料性质引起大量影响的能力表明,在不利条件下,治疗对于充分的性能至关重要。

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