Abstract Seamless displays have attracted considerable attention because they simultaneously offer an immersive experience and one virtual screen. In this study, we prepared new UV/heat dual-curable adhesives containing organic–inorganic hybrid resin for narrow bezel display. The silane coupling groups contained in the organic–inorganic hybrid resin react with substrates, thereby improving adhesion strength and reducing moisture permeability of adhesives. The UV/heat curing ratio, adhesive strength, moisture permeability, and internal contamination of new adhesive were compared with those of conventional sealant. The proposed adhesive offered high adhesion, reduced moisture permeability, and low internal contamination level for a full screen display application.

中文翻译：

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使用有机-无机杂化树脂提高紫外线/热双固化粘合剂的附着力和透湿性

摘要 无缝显示吸引了相当多的关注，因为它们同时提供了身临其境的体验和一个虚拟屏幕。在这项研究中，我们制备了用于窄边框显示器的新型 UV/热双固化粘合剂，其中包含有机-无机混合树脂。有机-无机杂化树脂中含有的硅烷偶联基团与基材反应，从而提高粘合强度并降低粘合剂的透湿性。将新型粘合剂的UV/热固化比、粘合强度、透湿性和内部污染与传统密封胶进行了比较。建议的粘合剂为全屏显示应用提供高粘附力、降低透湿性和低内部污染水平。