金属油墨

新金属油墨颗粒形状对油墨粘度及光泽的影响

Influence of Foil Shape on the Viscidity and Luster of New Metallic Ink

在此部分，文章介绍了UV金属油墨的组成、固化原理、固化过程等，并通过对油墨厂和印刷厂实例的研究来分析UV油墨的选用和其在金属包装上应用的问题。

Meanwhile , the paper also analyzed the ink with some research in some enterprises to study the selection of UV ink and the problems in the application .

介绍了UV金属油墨的种类、特性与使用范围，并就UV金属油墨的印刷色序、固化工艺以及正确选用进行了详细论述。

This article introduces the category , property and application of UV metalic ink . Correct selection of UV metalic ink and its printing sequence , curing proce-dures are also specified .

展示出优异的印刷性稳定性以及抗印花（白地沾色）金属油墨。

It exhibits excellent printability and stability and resists tarnishing of most metallic pigments .

不要层压印刷材料含有金属油墨，因为空气鼓泡粘连可能会出现问题。

Do not laminate printed materials containing metallic inks since air bubbling adhesion problems may occur .

金属油墨：含有金属粉末如铜或铝的油墨，它分别有金色和银色的印刷效果。

Metallic inks : Inks containing metallic powders such as copper or aluminium to give a gold or silver printed effect respectively .

介绍了发泡油墨、香味油墨、珠光油墨、金属油墨、结晶体光泽油墨的性能、配制、网印工艺及应用范围。

This paper introduces propertion , formulation , printing process and application for puff ink , pearl ink , fragrance ink , metalized ink and crystal gloss ink .

UV仿金属蚀刻油墨

UV metal-like etching printing ink

本油墨选用进口高档树指、颜料、助剂精制而成的水性金属丝印油墨。

This metal silk printing ink is composed of importing top grade modified resin , cross-linking agent and particular pigments .

本公司主要经营油墨、丝印油墨、金属、镜面油墨、玻璃油墨等。

The company mainly manages printing ink , printing ink , glass , metal , mirror ink printing ink , etc.

所以太空笔由金属制造，油墨的燃烧点也高于普通油墨。

This space pen is made of metal , and the ink has a much higher ignition point than regular ink .

根据光反射特点和爱因斯坦粘度方程，研究了颗粒形状与油墨的金属光泽和油墨粘度的关系，结果表明，长片状的金属颗粒能得到最好的印刷效果。

According to the reflect characteristics of light and viscidity equation of Einstein , the influence of foil shape on the viscidity and luster of new metallic ink were studied .

概述了不使用光致掩模和光致抗蚀剂的无掩模布线形成技术，金属纳米粒子和纳米油墨的研究开发，喷墨法的应用和今后的课题。

This paper describes the maskless wiring formation technology not using photomask and photoresist , development of metal nano particle and nano ink , application of the inkjet method and future theme .