Glass products with anti-reflection properties and methods for the production and use thereof
View Patent ↗Anti-reflection glass, of a smooth tact, with an aspect that does not reflect light and is pleasant at sight and glass products made therefrom are included in the present invention. Such products may in some aspects have characteristics defined by values of transmittance, absorbance, reflectance, roughness and a series of micrographs realized with a microscope of atomic force to see the morphology and structure of the anti-reflection glass.
1. An anti-reflection glass by one or both faces, in partial or total form, of a smooth and smooth tact, with an aspect that does not reflect the light and pleasant at sight characterized by: a roughness Ra of 0.47 μm up to 0.77 μm and one roughness Rz of 2.6 μm up to 4.7 μm and —a (%) of Transmittance, (%) Absorbance and (%) Reflectance following:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
81.885837 to
79.026302 to
7.380773 to
16.929765
10.989631
4.076545
864
82.857168 to
73.927225 to
8.167442 to
21.375396
9.228357
5.02918
860
82.755503 to
73.557612 to
8.167881 to
21.664599
9.331631
4.82118
716
87.04442 to
52.982634 to
7.872789 to
42.336523
5.527914
4.718592
708
87.360635 to
51.090503 to
7.90171 to
44.140635
5.167307
4.807321
706
87.340438 to
50.684955 to
7.919692 to
44.529332
5.169483
4.824307
704
87.424208 to
50.160940 to
7.915654 to
45.044311
5.106954
5.075115
518
90.798658 to
55.878919 to
8.603992 to
39.48331
1.232843
4.67989
516
90.835581 to
55.844031 to
8.615253 to
39.514671
1.194371
4.683449
514
90.792131 to
55.800099 to
8.617765 to
39.546552
1.283580
4.695609
512
90.831579 to
55.742149 to
8.618718 to
39.609889
1.214116
4.690174
510
90.859333 to
55.641215 to
8.63032 to
39.704018
1.209110
4.69704
504
90.809736 to
55.144891 to
13.992460 to
40.160104
1.221636
4.737644
498
90.726652 to
54.810066 to
8.700759 to
40.458465
1.226495
4.774439
462
90.261195 to
52.273621 to
8.700752 to
42.719007
1.678186
4.960855
458
90.21177 to
52.087331 to
8.724849 to
42.879824
1.704758
4.974734
406
90.008609 to
45.939538 to
8.85667 to
48.68701
1.782444
5.451464
404
89.919459 to
45.276569 to
8.896975 to
49.155471
1.856904
5.442153
402
89.880255 to
45.704303 to
8.90124 to
48.888568
1.881903
5.456235
398
89.667071 to
46.381270 to
8.914159 to
48.28114
2.146637
5.42438
352
79.431544 to
82.616804 to
8.015281 to
12.870009
13.043682
4.043287.
2. An anti-reflection glass in accordance with claim 1 characterized because the glass is selected of flat glass laminated having a thickness, of from 2 mm to 19 mm page 8 ln 9.
3. An anti-reflection glass in accordance with claim 2 characterized because the glass is selected of clear, blue, green, bronze and filtersun in thicknesses of 9.5 mm, 6 mm, 4 mm, 3 mm and 2 mm.
4. An anti-reflection glass in accordance with claim 1 characterized by being clear and having a 3 mm tinning face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
78.644133
14.393106
7.018912
768
83.34111
9.550472
7.165744
510
90.589333
1.273453
7.938662
402
89.847631
2.199590
8.025004
352
76.460312
16.718469
6.932133.
5. An anti-reflection glass in accordance with claim 1 characterized by having a green color and a 6 mm tinning face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
17.068445
78.630483
4.335758
516
79.161207
13.761383
7.141685
510
79.15717
13.754786
7.152416
498
78.625216
14.258256
7.181158
352
13.841152
81.682453
4.549182.
6. An anti-reflection glass in accordance with claim 1 characterized by having a blue color and a 6 mm tinning face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
30.174288
65.132958
4.730599
768
48.375286
46.316540
5.350982
458
78.07144
14.485939
7.510213
404
77.699684
14.714660
7.654547
352
29.433254
65.363094
5.288264.
7. An anti-reflection glass in accordance with claim 1 characterized by being a filtersun anti-reflection glass with a 6 mm tinning face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
38.248152
57.283587
4.504295
860
45.57881
48.963448
5.507308
716
58.016778
36.552033
5.474989
404
51.759193
42.822717
5.467296
352
13.876504
81.989474
4.201242.
8. An anti-reflection glass in accordance with claim 1 characterized by being a bronze anti-reflection glass having a 6 mm tinning face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
41.262608
53.780830
4.996534
708
60.49915
33.706325
5.841255
706
60.494071
33.688703
5.864139
402
49.160005
45.269163
5.621425
352
12.870009
82.616804
4.586572.
9. An anti-reflection glass in accordance with claim 1 characterized by being clear and having a 9.5 mm tinning face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
55.076298
39.441680
5.526232
768
66.741681
27.193864
6.113362
516
87.694492
4.487519
7.88899
404
84.513273
7.580253
7.978279
352
51.676342
42.439453
5.979883.
10. An anti-reflection glass in accordance with claim 1 characterized by being clear and having a 2 mm tinning face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
81.885837
10.989631
7.181988
768
85.370796
7.373423
7.314295
516
90.835581
1.194371
8.04243
398
89.667071
2.146637
8.319402
352
79.431544
13.043682
7.647128.
11. An anti-reflection glass in accordance with claim 1 characterized by being clear and having a 6 mm tinning face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
63.958581
30.027753
6.062163
768
73.773534
19.721167
6.557761
504
88.843097
3.168592
8.060859
398
87.564652
4.267736
8.300419
352
67.679699
25.510774
6.920251.
12. An anti-reflection glass in accordance with claim 1 characterized by being clear and having a 4 mm tinning face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
76.216851
17.078986
6.758229
768
81.68622
11.324317
7.04583
516
90.237218
1.778335
8.05696
404
88.85629
2.881935
8.336806
352
73.17317
19.645954
7.297638.
13. An anti-reflection glass in accordance with claim 1 characterized by being a bronze anti-reflection glass having a 6 mm atmospheric face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
37.472047
57.807415
4.758607
768
51.474663
43.346415
5.220687
704
58.262519
36.159877
5.622585
404
48.875354
45.731472
5.442153
352
13.098763
82.597554
4.373662.
14. An anti-reflection glass in accordance with claim 1 characterized by being clear and having a 9.5 atmospheric face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
54.887018
39.388824
5.770321
768
66.592167
27.104402
6.354265
518
87.490163
4.413112
8.170257
498
87.059359
4.790729
8.223927
352
51.211671
42.897326
5.986792.
15. An anti-reflection glass in accordance with claim 1 characterized being clear and having a 6 mm atmospheric face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
64.698742
29.136657
6.214316
768
73.644673
19.661713
6.747595
514
88.679266
3.089681
8.305805
406
86.547044
5.071045
8.458033
352
62.5142
30.889970
6.703079.
16. An anti-reflection glass in accordance with claim 1 characterized by being clear and having a 2 mm atmospheric face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
81.4349
11.274143
7.349755
768
84.661915
7.822142
7.576555
518
89.278921
2.507868
8.287801
404
87.951759
3.580425
8.544718
352
76.879695
15.395051
7.850868.
17. An anti-reflection glass in accordance with claim 1 characterized by being clear and having a 4 mm atmospheric face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
74.996719
17.883751
7.176946
510
80.706403
10.740950
8.63032
504
80.690959
10.732012
8.654923
402
80.070163
11.147091
8.862509
352
65.729735
26.756293
7.63615.
18. An anti-reflection glass in accordance with claim 1 characterized by being a filtersun anti-reflection glass having a 6 mm atmospheric face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
79.47698
13.201293
7.380773
768
83.230641
9.190861
7.639615
516
89.314825
2.159708
8.602893
400
87.886444
3.342024
8.914159
352
75.90081
16.212153
8.015281.
19. An anti-reflection glass in accordance with claim 1 characterized by being a filtersun anti-reflection glass having a 6 mm atmospheric face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
38.248152
57.283587
4.504295
860
45.57881
48.963448
5.507308
716
58.016778
36.552033
5.474989
404
51.759193
42.822717
5.467296
352
13.876504
81.989474
4.201242.
20. An anti-reflection glass in accordance with claim 1 characterized by having a green color and a 6 mm atmospheric face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
16.929765
79.026302
4.076545
768
32.047922
63.659461
4.327235
512
78.548075
14.583206
6.931099
498
78.03792
15.076037
6.94858
352
13.633363
82.388043
4.043287.
21. An anti-reflection glass in accordance with claim 1 characterized by having a blue color and a 6 mm atmospheric face with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
29.716093
65.853502
4.466134
768
47.776695
47.201392
5.062412
462
76.823201
16.034729
7.206932
406
76.282492
16.471380
7.311935
352
29.00071
66.272025
4.804131.
22. An anti-reflection glass in accordance with claim 1 characterized by being clear and having to faces of 4 mm atmospheric with the following values:
Wavelength
Transmittance
Absorbance
Reflectance
λ
(%)
(%)
(%)
1200
76.063514
17.498145
6.490263
516
89.799214
2.654473
7.614847
504
89.770216
2.649769
7.648855
404
88.509291
3.728925
7.832274
352
72.571995
20.692443
6.845083.
23. The use of an anti-reflection glass of claim 1 to make solar cells, photovoltaic cells and heating lots.