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UV Curing of Ink Jet Printing

机译:喷墨印刷的紫外线固化

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摘要

The physical properties of UV-cured materials are substantially affected by the lamp systems used to cure them. The development of the intended physical properties, whether an ink-jet printed process colors or solid colors can depend on how well these lamp systems are designed and managed. Four key variables of a UV curing exposure system, which can be designed or selected to produce the most efficient result, are discussed. Variables include UV irradiance (or intensity), spectral distribution (wavelengths) of UV, total UV energy, and infra-red radiation. The interaction with the optical and physical characteristics of materials such as spectral absorptivity, optical thickness, and diffusivity, result in limitations of the cure 'window' Typically, this cure 'window' is limited by loss of key physical properties, including adhesion, solvent resistance and scratch resistance. The ability to match all of these lamp characteristics to the optical and physical properties of a UV curable material yields more efficient and stable UV curing processes in production.
机译:紫外线固化材料的物理特性会受到用于固化它们的灯系统的实质影响。预期的物理性能的发展,无论是喷墨印刷的原色还是纯色,都取决于这些灯系统的设计和管理水平。讨论了可以设计或选择以产生最有效结果的UV固化曝光系统的四个关键变量。变量包括紫外线辐照度(或强度),紫外线光谱分布(波长),总紫外线能量和红外线辐射。与材料的光学和物理特性(例如光谱吸收率,光学厚度和扩散率)的相互作用导致固化“窗口”受到限制。通常,此固化“窗口”受到关键物理特性(包括粘附力,溶剂)的损失的限制耐性和耐刮擦性。将所有这些灯的特性与UV可固化材料的光学和物理特性相匹配的能力可在生产中产生更有效,更稳定的UV固化过程。

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