Polymer paperThe influence of coalescence on the morphology of the minor phase in melt-drawn polyamide-6/HDPE blends
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Challenge in manufacturing nanofibril composites with low matrix viscosity: Effects of matrix viscosity and fibril content
2019, European Polymer JournalCitation Excerpt :Gonzalez-Nunez [42,43] found that there is a critical concentration in fibrillation, only above which will coalescence occur. However, in their work [42,43], only the effect of the drawing ratio was studied. According to the current results, it was found that the MFR of the matrix material was another key parameter.
Predicting phase inversion based on the rheological behavior in Polyamide 6/Polyethylene blends
2018, PolymerCitation Excerpt :The presence of water, which evaporates during the measurements at high temperature, tends to shift the polycondensation equilibrium towards longer chains, thus affecting the rheological response. Compatibilized Polyamide/Polyethylene (PA/PE) blends have been already studied in the literature [2,3,8–16]. In such blends, reactive compatibilization has been shown to give the highest efficiency [17].
Morphologies in Polyamide 6/High Density Polyethylene blends with high amounts of reactive compatibilizer
2014, European Polymer JournalCitation Excerpt :Note that phase inversion as discussed above does not necessarily correspond to full co-continuity defined in this way) was studied in various non-compatibilized systems and compared to a model in which co-continuity is interpreted as the coalescence of densely packed elongated droplets or threads [16,17]. Compatibilized Polyamide/Polyethylene (PA/PE) blends have been already studied in the literature [18–30]. In such blends, reactive compatibilization has been shown to give the highest efficiency [2,31,32].