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首页> 外文会议>International Conference on Sustainable Energy and Environmental Engineering >Research into the Preparation and Performance of Hydrotalcite/MC nylon 6 by in-Situ Intercalation Polymerization
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Research into the Preparation and Performance of Hydrotalcite/MC nylon 6 by in-Situ Intercalation Polymerization

机译：用原位插层聚合研究水滑石/ MC尼龙6的制备和性能

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Hydrotalcite (LDHs)/MC nylon 6 composites were prepared by in- situ intercalation polymerization, followed by morphology and mechanical properties' characterization of composites. FTIR shows that chemical structure of the molecular chain of the MC nylon 6 is not changed with adding hydrotalcite; SEM reveales that LDHs (2.5, wt-%) has good dispersion and compatibility in the MC nylon 6 matrixes; but when the amount of LDHs is excessive, the composites show obvious phase separation phenomenon. Hydrotalcite can significantly improve the mechanical properties of the composites. When the amount of hydrotalcite reaches 2.5% (wt-%), the composite has best comprehensive mechanical performance. Comparing with untreated MCPA6, the tensile strength and notched Izod impact strength are respectively increased by 68% and 53%.
机译：通过原位嵌入聚合制备水滑石（LDHS）/ MC尼龙6复合材料，其次是复合材料的形态和机械性能的表征。 FTIR表明，MC尼龙6的分子链的化学结构与添加水滑石没有改变; SEM揭示了LDHS（2.5，WT-％）在MC尼龙6基质中具有良好的分散和相容性;但是，当LDH的量过度时，复合材料显示出明显的相分离现象。水滑石可以显着改善复合材料的机械性能。当水滑石率达到2.5％（WT-％）时，复合材料具有最佳的机械性能。与未处理的MCPA6相比，拉伸强度和缺口抗冲击强度分别增加68％和53％。

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