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Quality Improvement of Recycled Plastic Products Using Mixture Experiment

机译：使用混合物实验的回收塑料制品的质量改进

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Recycling plastic has several advantages such as reducing consumption of energy, non-renewable fossil fuels use, and global emissions of carbon dioxide. In this study, the manufacturer would like to improve product quality and decrease cost of the products by recycling polycarbonates. The optimal amounts of mixture components to produce recycled plastic products should be determined. Thus, this research aims to study the effect of recycled polycarbonates with different colors and virgin polycarbonates on tensile strength and heat distortion temperature. By performing systematic experimentation, using mixture experiment, response surface methodology (RSM), and propagation of error (POE), the quality of the recycled plastic products can be improved and becomes more robust to variations at the optimal amounts of mixture components. Hence the manufacturer can use these settings of recycled plastics and virgin polycarbonate to produce quality products with low cost and environmental impact reduction.
机译：回收塑料具有几种优点，例如减少能量，不可再生化石燃料的消耗，以及全球二氧化碳排放。在这项研究中，制造商希望通过回收聚碳酸酯来提高产品质量并降低产品的成本。应确定产生再生塑料产物的最佳混合物组分。因此，该研究旨在研究再生聚碳酸酯在不同颜色和原子聚碳酸酯上对拉伸强度和热变形温度的影响。通过进行系统实验，使用混合物实验，响应表面方法（RSM）和误差的传播（POE），可以改善再循环塑料制品的质量，并且变得更加坚固，以对最佳量的混合物组分进行变化。因此，制造商可以使用这些塑料和处女聚碳酸酯的这些设置来生产具有低成本和环境影响降低的优质产品。

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