ELECTROMAGNETIC SHIELDING OUT OF PLASMA COATED WOVEN FABRICS

TEXTEH Proceedings Pub Date : 2019-11-05 DOI:10.35530/tt.2019.37

L. Surdu, I. Radulescu, E. Emilia, B. Mitu

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Abstract

Electromagnetic radiation of telecommunication is undesired in rooms for data privacy [1]. One way to shield EM radiation is by achieving textile fabrics with electrical conductive properties [2,3]. Buildtech technical textiles are used in constructions and as such they need fireproof properties, too. Magnetron plasma sputtering is a novel technique for rendering nanometer scale coatings on woven fabrics. It is an eco-friendly technique, which leaves the bulk properties of the fabric unaltered and modifies only the surface properties. Thus, textile EM shields out of magnetron plasma coated fabrics keep initial properties of textile materials, such as flexibility, light weight, 3D shape-ability, good mechanical resistance and receive as well novel functionalities. The ERA-NET Manunet TexEMFiRe project aims to research Buildtech technical fabrics with electromagnetic shielding and fireproof properties, made out of magnetron plasma coating. TexEMFire envisages an optimization of plasma coated fabrics based on fabric structure parameters (density) and plasma coating parameters (generator power) The project has duration of two years (Apr. 2018-Mar. 2020) and five partners: INFLPR, INCDTP, Majutex from Romania and UniUPO and TecnoLab from Italy. Project website is: http://texemfire.inflpr.ro/ .

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等离子涂层机织织物的电磁屏蔽

为了保证数据的隐私，不希望在机房中出现电信电磁辐射[1]。屏蔽电磁辐射的一种方法是实现具有导电性能的纺织织物[2,3]。Buildtech技术纺织品用于建筑，因此它们也需要防火性能。磁控等离子溅射技术是一种在机织物上制备纳米级涂层的新技术。这是一种环保技术，它使织物的整体特性保持不变，只改变表面特性。因此，由磁控管等离子体涂层织物制成的纺织电磁屏蔽保持了纺织材料的初始特性，如柔韧性、重量轻、3D成形能力、良好的机械阻力以及新颖的功能。ERA-NET Manunet TexEMFiRe项目旨在研究由磁控管等离子涂层制成的具有电磁屏蔽和防火性能的Buildtech技术织物。TexEMFire设想基于织物结构参数(密度)和等离子涂层参数(发电机功率)对等离子涂层织物进行优化。该项目为期两年(2018年4月至2018年3月)。2020)和五个合作伙伴:INFLPR, INCDTP，罗马尼亚的Majutex和意大利的UniUPO和TecnoLab。项目网址:http://texemfire.inflpr.ro/。

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