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LAMINATED BODY FOR MANUFACTURING FLEXIBLE ELECTRONIC DEVICE, BIAXIALLY-ORIENTED POLYESTER FILM USED FOR SAME, FLEXIBLE ELECTRONIC DEVICE USING SAME, AND MANUFACTURING METHOD THEREFOR
LAMINATED BODY FOR MANUFACTURING FLEXIBLE ELECTRONIC DEVICE, BIAXIALLY-ORIENTED POLYESTER FILM USED FOR SAME, FLEXIBLE ELECTRONIC DEVICE USING SAME, AND MANUFACTURING METHOD THEREFOR
Provided is a laminated body used in the manufacture of a flexible electronic device, the manufacture thereof comprising a process of heating a laminated body formed by laminating a glass plate and a base material film, wherein the warpage (curl) of the laminated body caused by heating can be reduced. The present invention provides a laminated body to be used in the manufacture of a flexible electronic device which is manufactured by forming a laminated body by adhering a substrate film on one side of a glass plate having a thickness of 0.3 to 0.7 mm, forming an electronic circuit on the substrate film of the laminated body, and thereafter, delaminating the glass plate, wherein the range of the thickness of a biaxially-oriented polyester film used for the substrate film satisfies the following formulae: FT≥0.025; FT/GT2≤0.25, (in the above formulae, FT represents a film thickness (mm), and GT represents a glass plate thickness (mm)).
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机译:提供一种用于柔性电子装置的制造中的层叠体,其制造包括加热通过层叠玻璃板和基材膜而形成的层叠体的过程,其中该层叠体的翘曲(卷曲)是由弯曲引起的。可以减少热量。本发明提供一种用于柔性电子装置的制造中的层叠体,该层叠体是通过将基板膜粘附在厚度为0.3mm至0.7mm的玻璃板的一侧上而形成层叠体而形成的,从而形成电子器件。在层叠体的基板膜上形成电路,然后使玻璃板分层,其中用于基板膜的双轴取向聚酯膜的厚度范围满足下式:FT≥0.025; FT / GT 2 Sup>≤0.25,(在上式中,FT表示膜厚(mm),GT表示玻璃板厚度(mm))。
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