文章摘要
季平,陈蕴智,张正健,辛纪辉,郑金安.压光对彩喷纸涂层性能及喷墨打印性能的影响[J].包装工程,2014,35(1):124-129.
JI Ping,CHEN Yun-zhi,ZHANG Zheng-jian,XIN Ji-hui,ZHENG Jin-an.Effect of Calendering on Coating Properties and Inkjet Printing Performances of Color Inkjet Paper[J].Packaging Engineering,2014,35(1):124-129.
压光对彩喷纸涂层性能及喷墨打印性能的影响
Effect of Calendering on Coating Properties and Inkjet Printing Performances of Color Inkjet Paper
投稿时间:2013-10-30  修订日期:2013-12-01
DOI:
中文关键词: 压光  彩喷纸  涂层性能  喷墨打印性能
英文关键词: calendering  color inkjet paper  coating property  inkjet printing performance
基金项目:
作者单位
季平 天津科技大学, 天津 300222 
陈蕴智 天津科技大学, 天津 300222 
张正健 天津科技大学, 天津 300222 
辛纪辉 天津科技大学, 天津 300222 
郑金安 天津科技大学, 天津 300222 
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中文摘要:
      目的 研究压光条件变化对涂布纸涂层性能和喷墨打印性能的影响,得出最优的压光工艺条件。 方法 通过改变压光的温度(50 ,60 ,70 ,80 ℃ ) 、压力( 30 ,50 ,70 ,90 N / m) 以及速度( 7 ,11 ,15 ,19m / min) ,获得不同压光整饰后的彩喷纸,根据白度、平滑度、阶调以及色密度的测定结果,得出相应的最佳参数。 结果 白度随压光温度、压力、速度的增加均呈下降趋势;平滑度随压光温度、压力的增加均呈上升趋势,随速度的增加逐渐下降;阶调复制曲线的斜率随压光温度、压力的增加呈下降趋势,在低压光压力下,随着速度的增加曲线斜率先增大后减小;色密度随着压光温度的增加逐渐降低,在高压光速度下,随着压光压力的增加色密度下降,在低压光压力下,随压光速度的增加色密度先增大后减小。 结论 得出了最优参数设置,白度的参数( 温度为 70 ℃ ,压力为 30 N / m,速度为 15 m / min) ;平滑度的参数( 温度为 70 ℃ ,压力为 90 N / m,速度为 11 m / min) ;阶调再现性的参数( 温度为 70 ℃ ,压力为 30 N / m,速度为 11 m / min) ;色密度的参数( 温度为 60 ℃ ,压力为 30 N / m,速度为 15 m / min) 。
英文摘要:
      Objective To study the effect of calendering on coating properties and inkjet printing performances of color inkjet paper, to obtain the optimal technological conditions to guide the practical production. Methods Different color inkjet papers were obtained through changing the temperature(50, 60, 70, 80 ℃ ) , pressure(30, 50, 70, 90 N / m) and speed(7, 11,15,19 m / min) of calendering. According to the analysis results of whiteness, smoothness, tone and color density, the optimum parameters were obtained. Results With increasing the temperature, pressure and speed, the whiteness decreased; with increasing the temperature and pressure, the smoothness of paper increased. With increasing of the speed, the smoothness decreased; with increasing the temperature and pressure, the tone replication curve slope was declined. Under low calendering pressure, with increasing the speed, the slope of curve increased at first and then decreased; with increasing the temperature, the color density decreased. At high calendering speeds, with increasing the pressure, the color density decreased. Under low calendering pressure, with increasing the speed, the color density increased at first and then decreased. Conclusion The optimum parameters are as follow: whiteness ( temperature, 70 ℃ ; pressure, 30 N / m; speed, 15 m / min) ; smoothness ( temperature, 70 ℃ ; pressure, 90 N / m; speed, 11 m / min) ; tone reproduction ( temperature, 70 ℃ ; pressure, 30 N / m; speed, 11 m / min) ; color density ( temperature, 60 ℃ ; pressure, 30 N / m; speed, 15 m / min) .
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