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Mixing characteristics and mechanical properties of polypropylene-clay composites

机译:聚丙烯 - 粘土复合材料的混合特性和力学性能

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Polypropylene(PP)-clay composites were prepared by melt mixing in an intensive mixer. Three grades of PP's having different melt viscosities were employed to investigate the mixing characteristics of the composites with various clays which belong to organically modified montmorillonite(org-MMT). Depending on the matrix viscosity and nature of the organic layer in MMT, significant variations in the phase structure of the composites were found. In addition to the simple combination of PP and clay, modified PP's having various content of maleic anhydride were also incorporated. Major interest was focused on the effect of varying thermodynamic affinity between the components on the phase evolution and mechanical properties of the composites. Requirements for the effective dispersion of clay in the PP matrix are discussed in terms of both rheological effect and thermodynamic interaction.
机译:通过在强化混合器中熔融混合制备聚丙烯(PP)-CLAY复合材料。采用具有不同熔体粘度的三种级别的PP来研究复合材料的混合特性,其具有属于有机改性的蒙脱石(ORG-MMT)的各种粘土。根据MMT中有机层的基质粘度和性质,发现复合材料的相结构的显着变化。除了PP和粘土的简单组合之外,还掺入了具有各种马来酸酐的修饰的PP。主要兴趣重点是对组分对复合材料的相位演化和机械性能之间的不同热力学亲和力的影响。根据流变效应和热力学相互作用,讨论了对PP基质中粘土有效分散的要求。

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