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Uso de argila organof?-lica na compatibiliza?§?£o de misturas PP/EPDM

机译:在PP / EPDM混合物相容性中使用亲有机粘土

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PP/EPDM blends with different PP:EPDM ratios, non-compatibilized and compatibilized with maleic anhydride grafted polypropylene (PP-g-MA) were prepared by melting. The influence of 1 phr bentonite clay addition on the morphology, mechanical and rheological properties of these blends was evaluated. The bentonite used as a filler, provided by Bentonit Uni?£o Nordeste/PB, was purified and organically modified with a technology developed by our research group, before being added to the blends. X-ray diffraction results showed that, for blends having different PP:EPDM ratios, 1 phr organoclay addition led to the formation of intercalated (20 or 40% EPDM) or intercalated/exfoliated (10 and 30% EPDM) nanocomposites. The morphological, mechanical and rheological properties of the blends were modified by organoclay addition, especially for those with 30 wt% of EPDM, where a compatibilizing effect of the organoclay was observed.
机译:通过熔融制备不相容的和与马来酸酐接枝的聚丙烯(PP-g-MA)相容的具有不同PP:EPDM比率的PP / EPDM共混物。评估了添加1份膨润土对这些共混物的形态,力学和流变性能的影响。 Bentonit Uni?£ o Nordeste / PB提供的用作填料的膨润土,在添加到共混物中之前,已使用我们研究小组开发的技术进行了纯化和有机改性。 X射线衍射结果表明,对于具有不同PP:EPDM比的共混物,添加1 phr有机粘土会导致形成插层(20%或40%EPDM)或插层/脱落(10%和30%EPDM)纳米复合材料。共混物的形态,机械和流变性能通过添加有机黏土而得到改善,特别是对于那些含有30 wt%EPDM的有机黏土,其中观察到了有机黏土的增容作用。

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