数码印花精细度与织物组织结构的关系
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摘要
对不同组织结构的铜氨长丝织物进行数码印花,通过放大法评价印花精细度,探讨织物组织结构对数码印花精细度的影响。结果表明:墨滴的渗化度对于线宽≤1.0 mm图线的精细性影响较大;增大织物的紧度和纱线的捻度,有利于提升印花精细性;经、纬密度的差异容易导致经、纬向精细性的差异;织密相同时,纱线的线密度越细,打印的精细性越差;织物组织结构对于阴、阳线条的精细度影响规律一致,但是视觉效果存差异。
Digital ink-jet printing of copper ammonia fabrics with different structure is carried out. The effect of fabric structure on digital printing fineness is discussed by using magnification method. The results show that the bleeding degree of ink droplet has a great influence on the fineness of lines when the line width is less than 1.0 mm. The digital printing fineness can be improved by increasing the tightness and twist of the fabric. The difference between longitude density and latitude density easily leads to the difference of longitude fineness and latitude fineness. The effect of fabric structure on the fineness of black and white lines is consistent, but the visual effect is different.
Digital ink-jet printing of copper ammonia fabrics with different structure is carried out. The effect of fabric structure on digital printing fineness is discussed by using magnification method. The results show that the bleeding degree of ink droplet has a great influence on the fineness of lines when the line width is less than 1.0 mm. The digital printing fineness can be improved by increasing the tightness and twist of the fabric. The difference between longitude density and latitude density easily leads to the difference of longitude fineness and latitude fineness. The effect of fabric structure on the fineness of black and white lines is consistent, but the visual effect is different.
引文
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[3]马学功,周兴叶,何剑雄.刍议纺织品数码印花技术[J].印染,2014,38(18):48-55.
[4]汪津(译).数码印花技术[J].印染,2016,42(11):53-55,60.
[5]张阳,王瑄,沈兰萍.棉织物数码印花工艺[J].印染,2016,42(6):31-33.
[5]杨业超.数码印花设备喷印系统与印花效果关系的研究[D].东华大学,2016.
[6]郭文登.提高数码印花精细度的方法[C].“佶龙杯”全国纺织印花学术研讨会,2013.
[7]郭文登.数码印花技术改造的要点[C].2013东升数码杯节能减排与印染新技术交流会资料集,2013.
[8]姚海根.线条边缘质量建议测量规程[J].中国印刷与包装研究,2011,3(5):28-33.
[9]郭文登,张洪曲,汪可豪,等.不同糊料的数码印花效果[J].印染,2015,41(24):19-23.
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