共查询到19条相似文献,搜索用时 93 毫秒
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色彩管理技术应用在数字印刷领域,可大大提高生产效率,减少出错率。瓷砖喷墨印刷与传统纸类喷墨印刷在墨水发色原理、通道数量、以及印后工序等多方面具有不同,本文基于不同之处,研究瓷砖介质喷墨印刷色彩管理技术及实践,为陶瓷企业应用印刷色彩管理技术提出技术建议,帮助陶瓷企业更好地进行喷墨印刷的技术革新。 相似文献
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喷墨印刷技术突破了传统印刷必须与瓷砖接触的局限,通过喷头喷出陶瓷墨水实现砖面印刷效果,砖面不再与印刷工具直接接触,从而实现多角度、高致密性上釉,呈现瓷砖立体装饰的设计效果。本文主要是介绍木纹瓷砖在喷墨印刷时代下的研发趋势,并对丝网、辊筒和喷墨印刷进行简要对比分析。 相似文献
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正本刊讯当前,"喷墨技术"无疑是陶瓷行业最热门的技术之一。喷墨打印技术的出现能使瓷砖花色纹理层次感更强.色彩更为丰富、细腻,因而各陶瓷企业纷纷购买喷墨印花机进行瓷砖生产。伴随着国产喷墨机的需求快速地加大,作为喷墨设备厂家,除了保障设备稳定性外,还需要提供优质服务。近日,记者来到佛山市美嘉陶瓷机械设备有限公司(以下简称"美嘉陶机")培训部。在现场,记者看到每台喷墨机前都围绕了几十名学员,亲自学习机器的操作方法。据技术工程 相似文献
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陶瓷数字喷墨打印技术是一种极具潜力的陶瓷装饰技术,是现代计算机技术与陶瓷装饰材料技术相结合的产物,其具有传统陶瓷装饰工艺无可比拟的的优势。本文探讨了喷墨打印陶瓷墨水的制备及其在陶瓷制造中的应用。通过分析陶瓷墨水的合成方法、墨水的性能要求和喷墨陶瓷打印工艺的应用等领域的最新进展情况,笔者认为喷墨打印陶瓷墨水的成功研发及其与喷墨打印机兼容性研究是该技术应用的基础,喷墨陶瓷打印技术可为实现陶瓷制品表面装饰的复杂化、自动化提供新的技术路线和解决方案,因而在制备高附加值瓷砖领域,具有巨大的竞争力,显示出良好的应用前景。 相似文献
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正引言:2019年9月23~27日,参观意大利博洛尼亚陶瓷展,根据现场所看,结合《亚洲陶瓷》及《世界陶瓷评论》上阅读有关文章及资料,形成本文,仅供国内同行参考,不对之处,敬请批评指正。1 2018年全球瓷砖发展基础数据1.1全球瓷砖生产量正在下降(表1)2018年全球瓷砖产量13099百万平方米(约130亿平方米),相比于2017年下降3.6%,亚洲、中南美洲、北美洲瓷砖产量均下降。由于中国瓷砖产量大幅 相似文献
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陶瓷装饰的一场革命--喷墨印刷及其应用 总被引:1,自引:0,他引:1
喷墨印刷在IT行业上已是一种常用的印刷手段,它广泛用在黑白和彩色件及图片的打印上,打印清楚,图像逼真, 并可与电脑及相关设备联网,实现远距离传输,自动化程度较高。本介绍了这种方法在陶瓷制品如墙地砖的装饰上的应用,随着陶瓷四色印刷技术的问世,喷墨印刷将能够很快实现产业化生产,其应用也将给陶瓷的装饰-无论是在装饰手法、装饰效果还是在陶瓷色釉料新产品的开发上带来一场革命。 相似文献
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喷墨打印技术的发展现状 总被引:2,自引:1,他引:1
简要介绍了喷墨打印技术的发展现状。目前主要有两类喷墨打印技术:连续喷墨打印和脉冲喷墨打印技术。前者可设计成双重或多重弯曲系统;后者可分为热喷墨、压电喷墨、阀门喷墨、静电喷墨过程,描述了喷墨打印用墨的最新发展。水性、溶剂性、热熔性、紫外固化和反应性墨是目前主要的喷墨打印用墨。 相似文献
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Ji-Hyeon Lee Kyu-Sung Han Kwang-Taek Hwang Jin-Ho Kim 《Ceramics International》2021,47(12):16964-16971
Recycling of electric arc furnace dust (EAFD) has great potential for industrial applications, due to its useful metal contents, including zinc. In this study, aqueous cyan ceramic ink for ink-jet printing applications was synthesized using EAFD. More specifically, cyan ceramic pigments were synthesized using an empirical composition of Zn(EAFD)XCo1-XAl2O4, in which expensive cobalt oxide is replaced by Zn-enriched EAFD. Zn(EAFD)0.25Co0.75Al2O4, which has a vivid cyan color, was selected as the optimum composition of cyan ceramic pigments for synthesizing aqueous cyan ceramic ink for ink-jet printing applications. To prevent nozzle clogging during ink-jet printing, the cyan ceramic pigments were micronized. The micronized pigments were mixed with distilled water and dispersant to fabricate aqueous cyan ceramic ink. To determine the optimized jettability and printability of this ink, its rheological properties, including viscosity and surface tension, were adjusted and analyzed. It was concluded that the jettability and printability of aqueous cyan ceramic ink produced via ink-jet printing could be enhanced by appropriately adjusting its viscosity. 相似文献
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Emre Özkol 《Journal of the American Ceramic Society》2013,96(4):1124-1130
Aqueous 3Y‐TZP inks with solid contents of 22 and 27 vol% were used for fabricating three‐dimensional ceramic components by the direct ink‐jet printing process (DIP). The DIP fabrication was realized using a thermal ink‐jet (TIJ) printing system. Despite the different physical properties of the inks, both inks were successfully ejected and deposited. To define the optimum window of the ink properties required for a stable printing operation, both ceramic inks as well as a typical TIJ ink were characterized in terms of particle size distribution, zeta potential, viscosity, surface tension, and the inverse Ohnesorge number (Oh?1). Moreover, single drops of all inks were deposited and analyzed by scanning electron microscopy (SEM) to examine the form and integrity of the ejected drops. Demonstration objects (a base with curved channels and a sample molar tooth) were DIP fabricated using both of the ceramic inks. These objects show the potentials of the DIP process for ceramics manufacturing particularly by using TIJ printing systems. 相似文献