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首页> 外文期刊>Journal of coatings technology and research >Printing conductive layers using waterless offset technology considering the influences of the low-viscosity polymer inks and the rubber blankets
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Printing conductive layers using waterless offset technology considering the influences of the low-viscosity polymer inks and the rubber blankets

机译：考虑到低粘度聚合物油墨和橡皮布的影响，使用无水胶印技术印刷导电层

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摘要

This study describes the application of conductive polymer inks onto PET foils by the waterless offset printing technique. Commercially available conductive polymer inks were employed, which exhibit significantly lower viscosities than conventional offset printing inks. The main focus was put on the influence of the rubber blanket, which covers the blanket cylinder of the offset printing unit, on the morphology and electrical properties of the printed conductive polymer layers. Since film splitting occurs between substrate and rubber blanket, the latter affects the amount of ink which is transferred by the printing process. The wet film thickness of the printed material was determined for different rubber blanket specifications and inking rates. In addition, the resistivity of the printed conductive polymer layer was measured after flue-curing of the samples. Further, the electrical performance on corona-treated and untreated PET substrate foils was compared.
机译：这项研究描述了通过无水胶印技术将导电聚合物油墨应用于PET箔​​的过程。使用可商购的导电聚合物油墨，其表现出比常规胶版印刷油墨低得多的粘度。主要重点放在覆盖胶印印刷机橡皮布滚筒的橡皮布对印刷导电聚合物层的形态和电学性能的影响。由于在基材和橡皮布之间会发生薄膜分裂，因此橡皮布会影响通过打印过程转移的墨水量。对于不同的橡皮布规格和着墨速率，确定印刷材料的湿膜厚度。另外，在样品烟道固化之后测量印刷的导电聚合物层的电阻率。此外，比较了在电晕处理过的和未处理过的PET基材箔上的电性能。

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