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Study on Performance of Yellow Water-Based Ink for Flexographic Printing

机译:黄水性苯胺印刷油墨的性能研究

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Flexo water-based ink was currently approved as green ink by the US Food and Drug Association. However, the quality of domestic water-based flexographic ink on a non-absorbent material such as PP plastic film had obvious deficiencies. The influence of dispersion was discussed by changing the kinds of pigments, grinding resin, and pigment/resin ratio to determine the optimal dispersion of based ink. The influence of color density, gloss, surface tension, and leveling property of ink was discussed by changing the kinds of film-forming resin to adjust formula better on the based ink formula. Finally, the experiment design formula was used to optimize the experiment and then best performance of ink could be obtained. The results showed that best printing performance of yellow ink could be obtained by choosing benzidine yellow as the pigment, grinding resin 96 as the ultimate grinding resin, electing ratio of pigment to resin as 2 to 1 and choosing S2916 as the film-forming resin.
机译:柔印水性油墨目前已被美国食品和药物协会批准为绿色油墨。然而,在诸如PP塑料膜的非吸收性材料上的家用水性苯胺印刷油墨的质量明显不足。通过改变颜料的种类,研磨树脂和颜料/树脂的比例来确定分散体的影响,从而确定基础油墨的最佳分散体。通过改变成膜树脂的种类,在基础油墨配方上更好地调整配方,探讨了油墨的色密度,光泽度,表面张力和流平性的影响。最后,通过实验设计公式对实验进行优化,从而获得最佳的油墨性能。结果表明,通过选择联苯胺黄作为颜料,研磨树脂96作为最终研磨树脂,颜料与树脂的选择比为2:1,并选择S2916作为成膜树脂,可以获得最佳的黄色油墨印刷性能。

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