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Rheology, Phase Morphology and Crystallization Properties of PA6/PP-g-MAH/POE Blends

机译:PA6 / PP-G-MAH / POE共混物的流变学,相形态和结晶性能

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The phase morphology, rheology, and crystallization properties of the PA6/PP-g-MAH/POE blends prepared by melt-blending method were studied by scanning electron microscopy (SEM), capillary rheometer and differential scanning calorimetry (DSC), respectively. The results suggest that the compatibility of PA6 and POE can be improved by the compatibilizer of PP-g-MAH and the 10% of PP-g-MAH is preferred. PP-g-MAH and PA6 can both serve as nucleating agents for each other, and improve their crystallization behaviors. All melts of PA6/PP-g-MAH/POE blends are pseudo-plastic fluids, and PP-g-MAH components can increase the melt apparent viscosity due to its inherent higher viscosity, and so the processing property of the blend will be controlled in much wider temperature range.
机译:通过扫描电子显微镜(SEM),毛细管流变仪和差示扫描量热法(DSC)研究通过熔融共混方法制备的PA6 / PP-G-MAH / POE共混物的相形态,流变学和结晶性能。结果表明,PP-G-MAH的增容剂可以改善PA6和POE的相容性,优选10%的PP-G-MAH。 PP-G-MAH和PA6都可以作为彼此成核剂,并改善其结晶行为。 PA6 / PP-G-MAH / POE共混物的所有熔体都是伪塑料流体,并且PP-G-MAH组分可以通过其固有的较高粘度增加熔体表观粘度,因此将控制混合物的加工性能在更宽的温度范围内。

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