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Effect of surface treatment of silk fabrics with plasma on inkjet printing

机译:丝织物用等离子体对喷墨印刷的影响

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Inkjet printing of silk fabrics usually uses acid and reactive dye inks. Silk fabrics should be pretreated with sizes before inkjet printing. After inkjet printing silk fabrics need steamed and washed with a large amount of water to remove unfixed dyes. It is not only a long process but also results in a large mount of waste water. Inkjet printing of silk fabrics with pigment inks seems simple and good but bleeding of the printed pattern occurs. This is related to the surface structure of silk fabrics. In order to improve the surface structure of silk fabrics low temperature plasma was used to treat silk fabrics in the atmosphere of oxygen. The surface structure of plasma treated silk fabrics was characterized by AFM (atom force microscopy). And the plasma treated fabrics were printed with a magenta pigment-based ink. The results show that silk fabrics treated with 80 watt power at 50 Pa pressure for 10min had higher color yield and excellent sharpness of pattern. AFM images indicated that plasma treatment produced more grooves on the surface of silk fibers than those untreated. Dynamic contact angle test showed that the hydrophilic property of silk fiber was improved after plasma treatment.
机译:丝绸织物的喷墨印刷通常使用酸和反应性染料油墨。丝绸面料应在喷墨印刷前用尺寸进行预处理。喷墨印花丝织物需要蒸熟并用大量水洗涤以除去未固定的染料。它不仅仅是一个长的过程,而且还导致大量的废水。喷墨用颜料油墨的丝绸织物印刷似乎简单且良好,但发生了印刷图案的出血。这与丝织物的表面结构有关。为了改善丝绸织物的表面结构,低温等离子体用于在氧气气氛中处理丝绸织物。等离子体处理的丝织物的表面结构特征在于AFM(原子力显微镜)。并用洋红色颜料基油墨印刷等离子体处理的织物。结果表明,用80瓦功率处理的丝绸织物在50pa压力下10min具有更高的颜色产量和优异的图案清晰度。 AFM图像表明,等离子体处理在丝纤维的表面上产生的凹槽比未经处理的表面产生更多的凹槽。动态接触角测试表明,丝纤维的亲水性在血浆处理后得到改善。

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