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首页> 外文期刊>Nordic Pulp & Paper Research Journal >Relating ink solvent-coating component thermal properties to smearing and development of abrasion resistance in ink jet printing
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Relating ink solvent-coating component thermal properties to smearing and development of abrasion resistance in ink jet printing

机译：将油墨溶剂涂料组分的热性能与喷墨印刷中的涂污和耐磨性相关

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摘要

The target of this study was to identify the interactions of the compounds of printing ink and paper coating colour and their effects on the inkjet print quality. Interactions between inkjet ink solvent components and their interaction with paper coating compounds are considered significant for the final print quality. Especially, ink solvent properties play an important role in inkjet ink drying. The methods used to study these interactions are thermogravimetry (TGA) and differential scanning calorimetry (DSC), and results are analysed for correlations with print quality. The experimental material consists of both commercial and model inkjet inks, paper coating colour compounds and commercial papers. To visualize the thermal data and to combine the TGA and DSC measurements in a single plot, a representation has been used, in which the specific gravimetric (TGA) and specific energy (DSC) ratios, m_1/m_2 and E_1/E_2, corresponding to the mass loss and energy consumed per unit mass of sample, in the temperature regions T ＜ 100℃ and 100℃ ＜ T ＜ 220℃, respectively, are plotted against each other. The determined ratios differed greatly between different model solvents and ink series. The thermal behaviour of the solvents is seen to be relevant for predicting inkjet print quality.
机译：这项研究的目标是确定印刷油墨与纸张涂料颜色的相互作用以及它们对喷墨印刷质量的影响。喷墨油墨溶剂组分之间的相互作用以及它们与纸张涂料化合物的相互作用被认为对最终印刷质量具有重要意义。特别地，油墨溶剂性质在喷墨油墨干燥中起重要作用。用于研究这些相互作用的方法是热重分析（TGA）和差示扫描量热法（DSC），并分析结果与打印质量的相关性。实验材料包括商用和模型喷墨油墨，纸张涂料色料和商用纸。为了可视化热数据并将TGA和DSC测量值合并在一个图中，使用了一种表示形式，其中比重（TGA）和比能（DSC）比m_1 / m_2和E_1 / E_2对应于分别绘制了温度

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