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MECHANICAL CHARACTERIZATION OF RECYCLED THERMOPLASTIC POLYMERS FOR INFRASTRUCTURE APPLICATIONS

机译:基础设施应用再生热塑性聚合物的机械表征

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Reuse of engineering thermoplastics retrieved from discarded computers, monitors and printers called as electronic shredder residue are described in this paper. Mechanical characterization of virgin, blend of virgin and recycled, and 100% recycled polymers such as acrylonitrile butadiene styrene (ABS) is carried out as a part of this research. Tension, bending, compression, impact and creep properties of the virgin, blend and recycled polymers are focused in this research. It was found that the recycled polymers retain at least 85% and in most cases over 90% of the tension, bending and compression strength and stiffness properties compared to virgin polymers. Based on test results it is concluded that recycled polymers have significant potential for high-volume infrastructure and automotive applications.
机译:本文描述了从丢弃的计算机中检索的工程热塑性塑料重复使用,称为电子粉碎机残留物的监视器和打印机。原始的特征,原始和再循环的混合物,以及100%再循环聚合物如丙烯腈丁二烯苯乙烯(ABS)是本研究的一部分。处女,共混物和再循环聚合物的张力,弯曲,压缩,冲击和蠕变性能集中于本研究。结果发现再循环聚合物至少保留至少85%,在大多数情况下超过90%的张力,弯曲和压缩强度和刚度特性与原始聚合物相比。基于测试结果,得出结论,再循环聚合物具有大量基础设施和汽车应用的显着潜力。

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