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THERMOFORMING BEHAVIOR OF OLEFINIC INSTRUMENT PANEL SKINS

机译:烯烃类仪器仪表盘的热变形行为

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摘要

Currently thermoplastic olefins (TPO) are being used for injection molded or extruded automotive exterior parts. Due to lack of melt strength of the polypropylene base resin, the thermoformable TPO are still under development for automotive interior skins. The advantages of TPO skins over the current PVC/ABS skins are long term aging, reduced fogging, and improved recycling. Laboratory evaluation for formability usually involves uncommon and tedious tasks. In this study, dynamic mechanical analysis in tension mode was used to predict the optimum temperature range for thermoforming, extent of network enhancement, as well as other mechanical properties.
机译:当前,热塑性烯烃(TPO)被用于注塑或挤出的汽车外部零件。由于聚丙烯基树脂的熔体强度不足,可热成型的TPO仍在开发用于汽车内饰板。与目前的PVC / ABS皮肤相比,TPO皮肤的优势在于可长期老化,减少起雾并改善回收利用。实验室对可成型性的评估通常涉及不常见且乏味的任务。在这项研究中,采用张力模式下的动态力学分析来预测热成型的最佳温度范围,网络增强程度以及其他机械性能。

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