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首页> 外文期刊>Quality Control and Applied Statistics >Process optimization through designed experiments to achieve consistency in output color of a compounded plastic grade
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Process optimization through designed experiments to achieve consistency in output color of a compounded plastic grade

机译：通过设计实验进行工艺优化，以实现复合塑料级产品输出颜色的一致性

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摘要

In the present fast growing plastics market, adding a specific color and appearance to plastic grades has become even more demanding. In order to achieve the required result, it is observed that compounders are often expected adjust the parameter and process conditions. In this article, it is attempted to determine the optimal process conditions that can help to achieve consistency in output color of the plastic grade. In this regard Box-Behnken design of response surface is used for a polycarbonate resin-based plastic grade. Here, the individual and combined influences on output color of three process parameters: temperature, screw speed, and feed rate are studied. The experimental results are also used to verify the fitness of the statistical model being employed. Through the analyses of experimental outcomes, five sets of processing conditions are drawn that can ensure the consistency in output color of the plastic grade. (16 refs.)
机译：在当前快速增长的塑料市场中，向塑料牌号添加特定的颜色和外观变得更加苛刻。为了获得所需的结果，可以观察到通常期望混炼机调整参数和工艺条件。在本文中，尝试确定可以帮助实现塑料级输出颜色一致性的最佳工艺条件。在这方面，响应表面的Box-Behnken设计用于聚碳酸酯树脂基塑料等级。在此，研究了温度，螺杆速度和进给速度这三个过程参数对输出颜色的单独和综合影响。实验结果还用于验证所采用统计模型的适用性。通过对实验结果的分析，得出了五套加工条件，可以确保塑料级产品输出颜色的一致性。 （16篇）

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