首页> 外国专利> PRESSURE-SENSITIVE ADHESIVE HAVING ITS ADHERENCE LOST BY ACTINIC ENERGY RADIATION, ADHESIVE SHEET HAVING ITS ADHERENCE LOST BY ACTINIC ENERGY RADIATION OBTAINED BY APPLICATION OF THE PRESSURE-SENSITIVE ADHESIVE, AND PROCESS FOR PRODUCING ETCHED METALLIC MATERIAL

PRESSURE-SENSITIVE ADHESIVE HAVING ITS ADHERENCE LOST BY ACTINIC ENERGY RADIATION, ADHESIVE SHEET HAVING ITS ADHERENCE LOST BY ACTINIC ENERGY RADIATION OBTAINED BY APPLICATION OF THE PRESSURE-SENSITIVE ADHESIVE, AND PROCESS FOR PRODUCING ETCHED METALLIC MATERIAL

机译:压敏胶的粘附力是通过镍的能量辐射损失的,胶粘板的粘附力是通过酸能辐射的粘合剂的损失,其生产过程是通过加工压延金属来实现的。

摘要

A pressure-sensitive adhesive having its adherence lost by actinic energy radiation, comprising an etching-resistant photopolymerization initiator, an actinic energy radiation reactive compound and a hardening agent. Further, there is provided a process for producing an etched metallic material, comprising the steps of: (1) adhering a metal foil to a base film by means of the above pressure-sensitive adhesive having its adherence lost by actinic energy radiation; (2) performing selective etching of the metal foil to thereby obtain an etched metal layer; (3) combining the etched metal layer of the laminate composed of the base film, pressure-sensitive adhesive having its adherence lost by actinic energy radiation and etched metal layer with an insulating substrate; and (4) detaching the base film from the etched metal layer, wherein exposure to actinic energy radiation is carried out at least once after the step (1) but prior to the step (4).
机译:一种因光化能量辐射而失去粘附性的压敏胶粘剂,其包括耐蚀刻性光聚合引发剂,光化能量辐射反应性化合物和硬化剂。此外,提供了一种制造蚀刻的金属材料的方法,该方法包括以下步骤:(1)通过上述光敏能量辐射而失去粘附性的压敏粘合剂将金属箔粘附到基膜上; (2)对金属箔进行选择性蚀刻,得到蚀刻后的金属层。 (3)将由基膜构成的叠层体的蚀刻金属层,因光化能量射线而失去密合性的粘合剂,以及蚀刻金属层与绝缘性基材组合。 (4)从蚀刻的金属层上剥离基膜,其中在步骤(1)之后但在步骤(4)之前至少一次暴露于光化能辐射。

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