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Composite materials manufacturing using textile inserts with natural origins fibres

机译:复合材料制造使用纺织品涂料与天然起源纤维

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The main activities described in this article are carried out during the experimental phase of the research on composite materials manufacturing using textile inserts with natural origins fibres, oriented towards the manufacturing of composite materials samples. The objective of the research is to develop new fully or partially biodegradable composite materials by using new natural fibres and those recovered from various textile wastes. Thus, the research aims to obtain some composites with matrix of various types of polymeric materials and the reinforcement phase of textile materials so that the resulting products to be biodegradable. The textile inserts used as reinforcement are ecological, non-toxic and biodegradable and they contain bast fibres (flax, hemp, jute, divided or in combination), which can replace fibres of glass commonly used in polymeric composites. The purpose of the research is to obtain composite materials with high-structural, thermo-mechanical and/or tribological performances, according to ecological norms and international requirements in order to replace the existing classical materials, setting up current, innovative and high performance solutions, for applications in top areas such as automotive industry and not only.
机译:本文中所描述的主要活动是使用纺织刀片与天然来源的纤维,向制造复合材料样品的取向制造复合材料在研究的实验阶段中进行。该研究的目的是通过使用新的天然纤维,以开发新的完全或部分可生物降解的复合材料和从那些各种纺织废料回收。因此,该研究的目的是获得一些复合材料与各种类型的聚合材料的基体和纺织材料的增强相,使得所得产品是可生物降解。用作增强的织物插入件是生态的,无毒的和可生物降解的和它们含有韧皮纤维(亚麻,大麻,黄麻,分割或组合地),这可以代替在聚合物复合常用的玻璃纤维。这项研究的目的是为了获得高的结构,热机械和/或摩擦性能的复合材料,按照生态标准和国际要求,以取代现有的传统材料,设置电流,创新,高性能的解决方案,对于如汽车行业,而不是只在顶部领域的应用。

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