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Next Generation Low Emission Colored Polyacetal Copolymer (POM)

机译:下一代低排放彩色聚缩醛共聚物(POM)

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Automotive OEMs have increasingly become more interested in monitoring cabin air quality inside the vehicle. This leads to the need for further understanding and testing of emissions from the various materials including plastic parts. Other industries such as cosmetics packaging or medical are also interested in emissions from materials. This paper looks at emissions testing in general, for POM specifically, effects of colorants and other additives on emissions, and formulations that significantly reduce these emissions from the molded part. Discussion in prior papers presented at the SPE ANTEC? 2010 and the CAD RETEC? 2010 have focused on eliminating painting and plating for appearance parts [ 1, 2]. One of the drivers was to get "green" by eliminating VOCs from the painting process. For automotive interior applications in particular, we can further get "green" by also reducing VOCs from materials used inside the vehicle. This topic was introduced at CAD RETEC? 2010, but will be explored in greater detail in this work.
机译:汽车OEM越来越感兴趣地监测车辆内的机舱空气质量。这导致需要进一步了解和测试各种材料包括塑料部件的排放。化妆品包装或医疗等其他行业也对材料的排放感兴趣。本文介绍了一般的排放测试,专为POM,着色剂和其他添加剂对排放的影响,以及显着降低模塑部件的这些排放的配方。在SPE Antec提出的先前论文中讨论? 2010年和CAD RETEC? 2010年专注于消除外观零件的涂装和电镀[1,2]。其中一个驱动因素是通过从绘画过程中消除VOC来获得“绿色”。对于特别是汽车内部应用,我们还可以通过减少车辆内使用的材料的VOC来进一步获得“绿色”。这个主题是在CAD Retec引入的? 2010年,但将在这项工作中更详细地探讨。

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