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An Investigation of Mechanical,Thermal and Creep Behaviour of Recycled Industrial Polyolefins

机译:再生工业聚烯烃的机械,热学和蠕变行为研究

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摘要

This paper presents a study on the characterization of recycled industrial HDPE and PP and their blends with virgin resins.Thermal,mechanical and creep properties are investigated.A detailed investigation was conducted on creep behavior of HDPE and PP blends under different temperatures.The study showed that the temperature significantly affected the creep behavior.High temperature resulted in high creep.Viscoelastic information can be extracted by fitting creep versus time data to mathematical models using the spring-dashpot approach.Results predict that these blends can be used in pails for the packaging of nonfood grade materials such as paints,oil and grease.
机译:本文对再生工业HDPE和PP及其与原始树脂的共混物的特性进行了研究,研究了热,机械和蠕变性能,并对HDPE和PP共混物在不同温度下的蠕变行为进行了详细研究。温度会严重影响蠕变行为。高温导致高蠕变。可以通过使用Spring-dashpot方法将蠕变与时间数据拟合到数学模型中来提取粘弹性信息。结果表明,这些共混物可用于包装桶中非食品级材料,例如油漆,油和油脂。

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