P‐80:触摸显示用高硬度偏光片的工艺优化

Ma Kun, Jiuhui Zhu, Yang Ming, Cheng Wei, Wang Chao, Cooper
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引用次数: 0

摘要

在本文中,我们优化了硬涂层(HC)材料的制备工艺,研究了UV和后焙参数对固化速率和薄膜表面翘曲度的影响,改善了固化过程中薄膜的翘曲度,成功制备了可应用于触摸显示的高硬度HC薄膜。同时,通过优化膜面预处理,提高了抗指纹(AF)材料在HC表面的附着力,使HC膜表面经磨损试验无划痕,WCA保持在110°以上,满足触摸显示的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
P‐80: Process Optimization of High Hardness Polarizer for Touch Display
In this article, we optimized the preparation process of Hard Coat (HC) materials, studied the influence of UV and postbake parameters on curing rate and film surface warpage, improved the warpage of the film during the curing process, and successfully prepared a high‐hardness HC film that can be applied to touch display. At the same time, by optimizing the pretreatment of the film surface, the adhesion of the Anti‐Fingerprint (AF)material on the HC surface is improved, so that the surface of HC film has no scratches after abrasion test, and the WCA is kept above 110°, which meets requirement the of touch display.
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