High-transmittance shadow-eliminating conductive glass and manufacturing method thereof
A technology of conductive glass and glass substrate, applied in the direction of coating, etc., can solve the problems of reduced reflectivity, limited effect of anti-reflection, single material, etc., and achieve the effect of smooth change of refractive index, significant effect of shadow elimination, and enhanced transmittance
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Specific embodiment 1
[0035] Figure 1 A schematic structural diagram of a particular embodiment of a high-permeability extinction conductive glass of the present invention, from which it can be seen that the present invention provides a highly permeable extinction conductive glass, comprising an 80nm thick glass substrate 1, etched on one side of the glass substrate 1 with several tapered structures of the nanoscale anti-reflective pore 5, the nano-scale anti-reflective pore 5 has a pore size of 3 nm, porosity of 20%; on the glass substrate 1 etched nanoscale anti-reflective pore 5 on one side is provided with a thickness compensation layer of 10 nm thick 2, The thickness compensation layer 2 of the material is silica, both can be a certain degree of protection of the nanoscale anti-reflection pore 5, but also the above functional layer can be protected, killing two birds with one stone, the thickness compensation layer 2 is provided with a 40nm thick transition film layer 3, th...
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Specific Embodiment 2
[0047] Figure 2 Schematic structural diagram of a particular embodiment of a high-permeable extinction conductive glass of the present invention, from which it can be seen that the present invention provides a high-permeable extinction conductive glass, comprising a 150nm thick glass substrate 1, a nanoscale anti-reflective pore 5 with a number of tapered structures etched on the upper and lower sides of the glass substrate 1, the nano-scale anti-reflective aperture 5 has a pore size of 10nm, the porosity is 30%; on the glass substrate 1 is etched with a nano-scale anti-reflective pore 5 on one side with a thickness compensation layer of 30nm thick 2, The thickness compensation layer 2 of the material is silica, both can be a certain degree of protection of the nanoscale anti-reflective pore 5, but also the above functional layer can be protected, killing two birds with one stone, the thickness compensation layer 2 is provided with a 170nm thick transition ...
Example Embodiment
Specific embodiment 3
[0059]The present invention provides a high permeable extinction conductive glass, comprising a 100nm thick glass substrate 1, etched on one side of the glass substrate 1 nanoscale anti-reflective pore 5, the nano-scale anti-reflective pore 5 has a pore size of 8nm, porosity of 25%; etched on the glass substrate 1 is a nano-scale anti-reflective pore 5 on one side is provided with a 20nm thick thickness compensation layer 2, the thickness compensation layer 2 material is silica, both can be a certain degree of protection of the nano-scale anti-reflective pore 5, The upper functional layer can be protected, killing two birds with one stone, there is a 130nm thick transition film layer 3 on the thickness compensation layer 2, and a 60nm thick indium tin oxide film layer 4 on the transition film layer 3, and the indium tin oxide film layer 4 is etched with an electrode pattern. In the present embodiment, the transition film layer 3 includes a sequentially stack...
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