以TiO2前後處理分別對超微細纖維熱轉移印花建色性的影響

The Effect of Pre-and After-treament of the Nanoized Titanium Dioxide on Colouring Super-Microfiber Using the Ink Jet Transfer Printing

范軒綸(S. L. Fan) ； 郭文貴(W. G. Kuo)

《華岡紡織期刊》 12卷2期 (2005/06) Pp. 194-205

https://doi.org/10.29984/JHGT.200506.0012

摘要

本研究主要係以奈米TiO2觸媒材料對超微細聚酯纖維進行前、後處理加工並利用噴墨印花技術達到著色，進一步探討以超微細聚酯纖維經處理加工後其著色特性、耐日光、摩擦、水洗堅牢度及抗菌防霉之分析。由實驗結果顯示噴墨印花機在進行熱昇華轉印現象時，纖維的細度仍是必須考慮的重點，而影響商用型油墨之外觀著色濃度的因素為轉印紙上油墨的多寡，與油墨粒徑大小無關。且以TiO2前處理完之纖維材料其外觀著色濃度會比以TiO2後處理來得高，但耐日光、水洗、摩擦牢度均比以TiO2後處理低。

關鍵字

超微細纖維 ； 噴墨印花 ； 昇華熱轉印法 ； 奈米TiO2

並列摘要

This research mainly treats the color process of carbon polyester fiber which is effected by nanoized titanium dioxide material and the thermal printing, and investigated coloration, dyeing fastness to light fastness, rubbing fastness, washing fastness and resist germ of carbon polyester fiber. In this experiment, it is the point of fineness of fiber in the Sublimation process of the ink jet printing technology, and the appearance colouring density of commercial inks is affected by printing paper on inks, not particle size. appearance colouring density before nanoized titanium dioxide deal with fiber material is better than after, but light fastness, rubbing fastness, washing fastness are not.

並列關鍵字

Super-microfiber ； Stencilless transfer printing ； Sublimation ； Nanoized titanium dioxide