基于EVA和有机填料的不同类型结构高分子材料的流变性能

T. Nguyen, I. D. Simonov-Emel'yanov, A. A. Рihtin
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引用次数: 0

摘要

研究了EVA等级1106 -075与粒径为250 μm的稻草粉(RSP)的分散填充聚合物复合材料(DFPCM)的结构对其流变性能复合物的影响。首次确定了基于EVA + RSP的分散体系的广义参数、结构类型和晶格与流变性能之间的定量关系。研究表明,采用传统方法(挤压、注塑等)加工DS、LFS、MFS-1结构类型的DFPCM几乎没有技术困难。与未填充的EVA相比,MFS-2和HFS结构体系的粘度增加了7-15倍;因此,它们不能被处理。实验结果和本工作开发的方法使设计具有可调结构参数和一系列性能的DFPCM组合物成为可能,并可以选择将其加工成具有给定形状,配置和尺寸的产品的方法和技术参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rheological properties of polymer materials with different types of structures based on EVA and organic filler
A study on the effect of the structure of disperse-filled polymer composite materials (DFPCM) based on EVA grade 11306-075 and rice straw powder (RSP) with a particle diameter of 250 μm on the complex of rheological properties has been carried out.For the first time, a quantitative relationship of generalized parameters, type of structure and lattices with the rheological properties of dispersed systems based on EVA + RSP has been determined. It has been established that during the processing of DFPCM with the DS, LFS, and MFS-1 structure types by traditional methods (extrusion, injection molding, etc.), there are practically no technological difficulties. Systems with the type of structure MFS-2 and HFS have an increased viscosity (~7–15 times) in comparison with unfilled EVA; therefore, they cannot be processed.The results of the experiments and the approach developed in this work makes it possible to design DFPCM compositions with adjustable structural parameters and a set of properties, as well as to choose methods and technological parameters for processing them into products with a given shape, configuration, and dimensions.
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