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Effect of Padding Parameters on Shade Depth and Dye Penetration of Digitally Printed Cotton Fabrics

机译:填充参数对数字印花棉织物色度和染料渗透率的影响

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This study determined padding process parameters that influence the shade depth (K/S, color strength) of the inkjet printed fabrics. Three roller speeds (20, 40, and 60 rpm) and six roller pressures (5, 15, 20, 40, 60, and 70 psi) were studied. The fabric samples were padded through liquor (formula: 0.8% alginate, 4% sodium hydroxide, 10% urea, and 85.2% water, all concentrations in w/w) in a one-dip-one-nip procedure with wet pickup ranging from 84.9% to 99.0%. Padded samples were printed with apiezo-technique based Mimaki TX-2 printer, post-treated, and evaluated for their color. Optimum shade depth was obtained at a combination qf20-psi roller pressure and 40-rpm speed.
机译:这项研究确定了影响喷墨印花织物色泽深度(K / S,色强度)的填充工艺参数。研究了三种辊速度(20、40和60 rpm)和六个辊压力(5、15、20、40、60和70 psi)。织物样品通过一浸一压合程序浸入液体中(配方:0.8%海藻酸盐,4%氢氧化钠,10%尿素和85.2%水,所有浓度以w / w填充),湿取范围为84.9%至99.0%。用基于apiezo技术的Mimaki TX-2打印机打印填充的样品,进行后处理,并评估其颜色。在qf20-psi的滚筒压力和40-rpm的转速下可获得最佳的阴影深度。

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