文章摘要
张正健,陈蕴智,齐金标.基于钢管标识用UV油墨的研制[J].包装工程,2011,32(3):25-27,32.
ZHANG Zheng-jian,CHEN Yun-zhi,QI Jin-biao.Development of UV Ink for Steel Pipe Marking[J].Packaging Engineering,2011,32(3):25-27,32.
基于钢管标识用UV油墨的研制
Development of UV Ink for Steel Pipe Marking
投稿时间:2010-10-22  修订日期:2011-02-10
DOI:
中文关键词: 钢管标识  UV油墨  固化时间  附着力  粘度  柔韧性
英文关键词: steel pipe marking  UV ink  curing time  adhesion  viscosity  flexibility
基金项目:天津科技大学引进人才科研启动基金(20090422)资助课题
作者单位
张正健 天津科技大学 天津 300222 
陈蕴智 天津科技大学 天津 300222 
齐金标 天津科技大学 天津 300222 
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中文摘要:
      研制了钢管标识用UV油墨,通过探讨预聚物、单体、光引发剂组分对UV油墨粘度、固化速度、附着力和柔韧性能的影响,研究得出了最佳油墨配方(质量分数)为:PUA-2为29.8%,AR为37.3%,HDDA为16.10%,YFJ-S为2.20%,分散剂为2.7%,TiO-2为6.4%,消泡剂为1.3%。该条件下配制的油墨粘度为1.8 Pa•s,固化时间60 s,附着力等级为3级,柔韧性好,是一种性能优异的钢管标识印刷用UV油墨。
英文摘要:
      UV ink for steel pipe marking was developed. The influence of prepolymer, monomer and photoinitiator on the UV ink properties such as viscosity, curing speed, adhesion and flexibility were discussed. The optimum formulation of the UV curing ink was as follow: PUA-2 29.8%, AR 37.3%, HDDA 16.10%, YFJ-S 2.20%, dispersant 2.7%, TiO-2 6.4% and defoamer 1.3%. Under the condition of the optimum formulation, the UV curing ink properties were as follow: viscosity 1800mPa•s, curing time 60 s, adhesion level 3 and good ink film flexibility. The UV curing ink is excellent for steel pipe marking.
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