Solvent composition for disassembling flexible optical device and application
A technology of solvent composition and optical devices, which is applied in the field of optical parts processing, can solve the problems that the disassembly method is easy to damage the optical devices, etc., and achieve the effect of simple and convenient disassembly method, enhanced solvency, and no change in roughness
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[0057]Example 1
[0058]Solvent composition and application for dismantling flexible optical device
[0059]Solvent composition for dismantling flexible optical device
[0060]The total mass of the solvent composition is 100%, including the following components of the following weight percentage:
[0061]45% n-heptane;
[0062]20% cyclohexanone;
[0063]35% ethyl acetate.
[0064]Method for dismantling flexible optical device
[0065]The method includes the following steps:
[0066]Provide a flexible optical device, the flexible optical device, such as attachedfigure 1 As shown, the flexible optical device includes a separate substrate bracket 300, which is sequentially laminated on the OCA optical glue layer 200 and the flexible OLED layer 100 on the surface of the substrate holder 300, and the thickness of the OCA optical rubber layer is 30 microns;
[0067]The flexible optical device is curved to separate the substrate holder of the flexible optical device to form a crack and expose the OCA optical rubber la...
Example Embodiment
[0069]Example 2
[0070]Solvent composition and application for dismantling flexible optical device
[0071]Solvent composition for dismantling flexible optical device
[0072]The total mass of the solvent composition is 100%, including the following components of the following weight percentage:
[0073]43% hexane;
[0074]25% of butanone;
[0075]32% of butyl acetate.
[0076]Method for dismantling flexible optical device
[0077]The method includes the following steps:
[0078]Provide a flexible optical device, the flexible optical device, such as attachedfigure 1 As shown, the flexible optical device includes a separate substrate holder 300, which is sequentially laminated at the OCA optical glue layer 200 and the flexible OLED layer 100 of the surface of the substrate holder 300, and the thickness of the OCA optical rubber layer is 25 microns;
[0079]The flexible optical device is curved to separate the substrate holder of the flexible optical device to form a crack and expose the OCA optical rubber layer...
Example Embodiment
[0081]Example 3
[0082]Solvent composition and application for dismantling flexible optical device
[0083]Solvent composition for dismantling flexible optical device
[0084]The total mass of the solvent composition is 100%, including the following components of the following weight percentage:
[0085]40% pentane;
[0086]Acetone 30%;
[0087]Pentyl acetate is 30%.
[0088]Method for dismantling flexible optical device
[0089]The method includes the following steps:
[0090]Provide a flexible optical device, the flexible optical device, such as attachedfigure 1 As shown, the flexible optical device includes a separate substrate holder 300, which is sequentially laminated on the OCA optical glue layer 200 and the flexible OLED layer 100 on the surface of the substrate holder 300, and the thickness of the OCA optical rubber layer is 20 microns;
[0091]The flexible optical device is curved to separate the substrate holder of the flexible optical device to form a crack and expose the OCA optical rubber layer, ...
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