The fabrics with copper or copper oxide deposition are of considerable interest because of exceptional antibacterial properties, which are useable in medical, textiles, and hygiene applications. Unfortunately, the conventional techniques take long processing time, complex equipment, and combination of several processing steps (nanoparticles synthesis and their deposition on fabrics). In this novel study, cathodic cage plasma deposition assisted with copper cathodic cage is used for the synthesis of the copper oxide on polyester and polyamide fabrics. For the enhancement of synthesis efficiency, the effect of cathodic cage lid thickness is also investigated. The samples are assessed by using scanning electron microscopy, elemental dispersive spectroscopy, and X‐ray photoelectron spectroscopy. It is found that using cathodic cage plasma deposition, fabrics can be successfully synthesized by the copper oxide with comparatively small treatment time, cost‐effectively, and environmentally friendly. Interestingly, cathodic cage plasma treatment is already proved to be working effectively on industrial scale; thus, it is predicted to be of noteworthy importance for fabrics processing on large‐scale garments manufacturing and hospitals.

中文翻译：

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阴极笼等离子体沉积法在织物样品上新型合成氧化铜。

具有优异的抗菌性能的具有铜或氧化铜沉积的织物备受关注，可用于医疗，纺织品和卫生应用。不幸的是，常规技术需要较长的处理时间，复杂的设备以及几个处理步骤的组合（纳米颗粒的合成及其在织物上的沉积）。在这项新颖的研究中，阴极笼等离子体沉积辅以铜阴极笼用于在聚酯和聚酰胺织物上合成氧化铜。为了提高合成效率，还研究了阴极笼盖厚度的影响。使用扫描电子显微镜，元素色散光谱和X射线光电子能谱对样品进行评估。发现使用阴极笼等离子体沉积，氧化铜可以成功地合成织物，且处理时间相对较短，具有成本效益且对环境友好。有趣的是，已经证明阴极笼等离子体处理在工业规模上是有效的。因此，预计对于大型服装制造和医院的面料加工具有重要意义。