复合材料的工业再利用

Albert ten Busschen
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引用次数: 0

摘要

在全球范围内,废弃复合材料的数量正在增加,例如来自日益增长的休闲产业的游艇船体和来自风能生产的大型转子叶片。到目前为止,还不可能回收或分解热固性复合材料,使其成为纤维增强和树脂的原始组成部分。随后,开发了一种新的重用方法。这种方法包括将过时的复合材料产品加工成条状或片状,作为增强元件重新使用,当与新树脂和纤维结合时,可以生产全新的部件。这实际上保留并重新利用了原始过时复合材料的机械性能。这种方法已经在制造挡土墙、运河导梁、起重机垫和桥梁桥面上得到了证明,所有这些都使用了报废复合材料产品的条或片。为了在工业规模上使用,积极的商业案例是必不可少的。为了证明工业技术,新产品必须包含足够高的重复使用复合材料的百分比,并结合自动化加工。这是通过“推拉挤”实现的,本质上是长期建立的拉挤工艺的进一步发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Industrial Re-Use of Composites
The amount of obsolete composites is increasing on a global scale, for example yacht hulls from a growing leisure industry and large rotor blades from wind energy production. Until now it has not been possible to recycle or disassemble thermoset composites into their original constituent parts of fibre reinforcement and resins. Subsequently a new method of re-use has been developed. This method involves machining the obsolete composite product into strips or flakes for re-use as reinforcing elements which, when combined with fresh resin and fibre, enable the production of a brand new component. This, in effect, preserves and re-uses the mechanical properties of the original obsolete composite. This method has been proven in manufacturing retaining walls, also guide beams for canals, crane mats and bridge decking, all using the strips or flakes from end of life composite products. For use on an industrial scale, a positive business case is imperative. In order to prove the industrial technology, new products have to contain a sufficiently high percentage of re-used composites in combination with automated processing. This has been achieved with “push-pultrusion” which is in essence a further development of the long established pultrusion process.
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