touch pad
A technology of touch panels and substrates, which is applied in the directions of instruments, calculations, and electrical digital data processing, etc. It can solve the problems of the overall strength reduction and reliability deterioration of the touch window, and achieve the effects of improving reliability, preventing strength deterioration, and enhancing strength
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Embodiment 1
[0199] The touch panel is manufactured by coating a resin composition on a cover substrate to form a resin layer, depositing and patterning indium tin oxide on the resin layer to form sensing electrodes.
[0200] The resin composition was prepared with about 20 wt% acrylic copolymer, about 15 wt% crosslinker, about 2 wt% photoinitiator, about 5 wt% additives, about 10 wt% DE acetate and about 48 wt% MEDG.
[0201] In addition, the thickness of the resin layer was about 2 μm.
[0202] Subsequently, a drop ball test was performed with the height for the cover substrate varied to measure failure based on breakage of the cover substrate.
[0203] Also, measure the transmittance of the touch panel.
Embodiment 2
[0205] A touch panel was manufactured under the same conditions as in Example 1 except that the thickness of the resin layer was about 2.5 μm and the breakage and transmittance of the cover substrate were measured.
Embodiment 3
[0219] By forming SiO on the mask substrate 2 After SiO 2 A resin composition is coated on top to form a resin layer, and indium tin oxide is deposited and patterned on the resin layer to form sensing electrodes, thereby manufacturing a touch panel.
[0220] The resin composition was prepared with about 20 wt% acrylic copolymer, about 15 wt% crosslinker, about 2 wt% photoinitiator, about 5 wt% additives, about 10 wt% DE acetate and about 48 wt% MEDG.
[0221] In addition, the thickness of the resin layer was about 2 μm.
[0222] SiO 2 The thickness is about 5 nm.
[0223] Then, delamination of the resin layer was measured.
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