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DEVELOPMENT AND CHARACTERIZATION OF RECYCLED MATERIAL COMPOSITES FOR HEAVY TRUCK APPLICATIONS – A CASE STUDY

机译:重型卡车应用再生材料复合材料的开发与表征 - 以案例研究

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Every year, thousands of pounds of high strength carbon fiber composites are scrapped into landfills all around the United States. Regardless of the Composite Industry's demonstrated innovative nature, the lost value and environmental impact of these waste streams have continued to be a burden, until recent years. New developments to reclaim these high value materials for re-introduction to new markets have proven to be both challenging and feasible. These fibers have applications enhancing product lubrication, electrical conductivity, and have recently been implemented in engineered materials for fabrication of composite materials. To evaluate the potential of products manufactured from recycled fibers these raw material sources were compounded, molded and tested to characterize their physical and mechanical properties. These results were compared to the results of virgin fibers compounded, molded and tested through an identical process. Additionally, a variation in fiber weight content was included in this evaluation of properties and processing capability. With this data, the feasibility of utilizing these recycled fibers for transportation applications may be understood.
机译:每年,数千英镑的高强度碳纤维复合材料被报废到美国周围的垃圾填埋场。无论复合行业都表现出创新性质,这些废物流的失值和环境影响仍然是一个负担,直到近年来。回收这些高价值材料以重新介绍新市场的新发展已被证明是具有挑战性和可行的。这些纤维具有增强产品润滑,导电性的应用,并且最近在工程材料中实施了用于制造复合材料的材料。为了评估由再生纤维制造的产品的潜力,这些原料源复合,模塑和测试,以表征其物理和机械性能。将这些结果与通过相同的方法复合,模塑和测试的原始纤维的结果进行了比较。另外,在该性能和处理能力的评估中包括纤维重量含量的变化。利用这种数据,可以理解利用这些再生纤维进行运输应用的可行性。

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