From the Earth to Electricity: The Scientific Craft of Electro-Metallised Textiles

Joanne Jane Horton
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Abstract

Abstract Since the late nineteenth century metallised textiles created by electricity and chemistry have been impersonating and combining with precious metal in finishes, treatments and embellishment. During the early twentieth century, innovation in the metallisation of aluminium could be seen through the process of bonding and coating. Indeed, amongst the traditional craft techniques used to imbue exquisite garments, ceremonial dress and treasured artefacts with gold, silver and copper, sits the transformative electro-chemical science of making. In this article I will discuss the historical development, techniques and renewed interest in processing associated with electrodeposition and textiles. It first charts ancient metallurgical work on materials, created by chemical reaction. It then explores nineteenth century innovation in electrochemistry and electrometallurgy that led to the earliest rare examples of electrodeposition on cloth, thread and yarn used in transport, jewellery and dress. It will then move onto how renewed interest in the magic of electrodeposition has begun to transform the creation of bespoke metal textiles; eclectically and aesthetically driven by seminal contemporary practice-based research and thought-provoking work in laboratory-based textiles. It considers the artistry, control and scientific underpinning needed and gives examples of unconventional processing led by a small group of ground-breaking studio textile designers in the United Kingdom (UK), Belgium and Hong Kong. I will pose the question: is interdisciplinary exploration at the forefront of twenty-first century textile design? As such the article reviews the interplay between chemistry and design; the interface between historic and contemporary techniques analysing how the potential glimpsed in past patents by inventors and methodologies from artisan manufacturing and the metal finishing industry can be drawn upon to create forward thinking designs and materials in fashion and textiles.
从地球到电:电金属化纺织品的科学工艺
自19世纪后期以来,由电和化学制成的金属化纺织品在饰面、处理和装饰方面一直在模仿和结合贵金属。在二十世纪早期,铝金属化的革新可以通过粘接和涂层的过程看到。事实上,在传统的工艺技术中,用金、银和铜来制作精美的服装、礼服和珍贵的手工艺品,其中不乏革命性的电化学制造科学。在本文中,我将讨论与电沉积和纺织品有关的加工的历史发展,技术和新兴趣。它首先描绘了由化学反应产生的材料的古代冶金工作。然后,它探讨了19世纪电化学和电冶金的创新,这些创新导致了最早的电沉积在运输、珠宝和服装中使用的布料、线和纱线上的罕见例子。然后,它将转向对电沉积魔法的新兴趣如何开始改变定制金属纺织品的创造;兼收并蓄和美学驱动的开创性的当代实践为基础的研究和发人深省的工作在实验室为基础的纺织品。它考虑了所需的艺术性、控制和科学基础,并给出了由英国、比利时和香港的一小群开创性工作室纺织品设计师领导的非传统加工的例子。我将提出这样一个问题:跨学科的探索是21世纪纺织品设计的前沿吗?因此,本文回顾了化学与设计之间的相互作用;历史和现代技术之间的界面分析了发明家在过去专利中瞥见的潜力,以及工匠制造和金属精加工行业的方法,可以用来创造时尚和纺织品中的前瞻性设计和材料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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