Abstract Coatings are generally applied for opacity, smoothness and gloss on the paper surface. Pigments such as CaCO3, Kaolin-Clay and Zeolite are used, and natural or synthetic binders are used. In this study, coatings using the CaCO3, Kaolin-Clay and Zeolite pigments on 80 gr/m2 high grade papers were made. PVOH was used as binder. Following coating, papers were processed through supercalendering and printed with inkjet printer. Using INGEDE method 11p. recycling process printed papers were deinked. The optical properties of the recycled papers obtained after the deinking treatment, were compared with the unprinted papers. At the end of the study, the effect of coating on paper surface and the recycling performances of the inkjet printed papers were revealed. It was determined that the papers in which zeolite was used as a pigment were better, in terms of both surface properties and recycling performance when surface properties and recycling performance of coated papers were examined. When all the results were compared, it was found that the performances of coatings for which zeolite was used were much better than coatings such as CaCO3 and Kaolin-Clay, both in terms of surface coating properties such as opacity, roughness and gloss and recycling results such as brightness.

中文翻译：

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沸石对喷墨涂布纸表面性能和脱墨的影响

摘要 涂料通常用于纸张表面的不透明度、光滑度和光泽度。使用碳酸钙、高岭土和沸石等颜料，并使用天然或合成粘合剂。在这项研究中，使用 CaCO3、高岭土和沸石颜料在 80 克/平方米的高档纸上制作了涂层。PVOH用作粘合剂。涂布后，纸张通过超级压光处理并用喷墨打印机打印。使用INGEDE方法11p。回收过程印刷纸被脱墨。将脱墨处理后获得的再生纸的光学性能与未印刷的纸进行比较。在研究结束时，揭示了涂层对纸张表面的影响以及喷墨打印纸的回收性能。确定使用沸石作为颜料的纸更好，在考察涂布纸的表面性能和回收性能时，在表面性能和回收性能方面。当所有结果进行比较时，发现使用沸石的涂料在不透明度、粗糙度和光泽度等表面涂层性能以及回收结果方面的性能均远优于 CaCO3 和高岭土-粘土等涂层。比如亮度。