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Characterisation of esparto grass fibers reinforced biodegradable polymer composites.

机译:针叶草纤维增强的可生物降解聚合物复合材料的表征。

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摘要

The natural fiber/polylactic acid (PLLA) composites were prepared with Alfa-Alfa fibers as reinforcement and PLLA as matrix. The composite materials were obtained through the simple mechanical compounding of PLLA matrix with various fibers contents up to 40 wt %, followed by drying, kneading and hot pressing into sheets and were characterized by TGA, DSC, FTIR spectroscopy, SEM and water uptake. Composites prepared from several percentages of PLLA and Alfa-Alfa fibers represent a new category of environmentally safe materials for applications to explore to reduce the raw materials cost of PLLA due to Alfa-Alfa fibers is an abundance local plant in Algeria, the increasing utilization of renewable resources will be one of the strong drivers for sustainable products.
机译:以Alfa-Alfa纤维为增强材料,以PLLA为基质,制备了天然纤维/聚乳酸(PLLA)复合材料。该复合材料是通过简单机械配混各种纤维含量不超过40 wt%的PLLA基体,然后干燥,捏合和热压成片而获得的,并通过TGA,DSC,FTIR光谱,SEM和吸水率进行了表征。由百分比百分比的PLLA和Alfa-Alfa纤维制成的复合材料代表了一种新型的环境安全材料,可用于探索降低PLLA原材料成本的应用,因为Alfa-Alfa纤维是阿尔及利亚的一家本地工厂,随着对Alfa-Alfa纤维利用率的提高,可再生资源将成为可持续产品的强大驱动力之一。

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