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TECHNICAL SPECIFICATION % Visible Light Transmission % Visible Light Reflectance (Int./Ext.) % Glare Reduction (Int.) |
TEST METHOD ASTM D 1003 ASTM D 1003 ASTM D 1003 |
X15B134.9 / 5.0 83 |
X35B325.6 / 5.8 62 |
X45B466.3 / 6.4 50 |
X55B546.6 / 6.9 39 |
X75B726.1 / 6.2 21 |
|---|---|---|---|---|---|---|
|
% Solar Energy Transmittance % Solar Energy Absorbance % Solar Energy Reflectance |
ASTM D 1003 ASTM D 1003 ASTM D 1003 |
11 52 37 |
18 49 33 |
25 44 31 |
30 41 29 |
36 38 26 |
|
% Infrared Rejection (>1000nm) % Infrared Rejection (>1400nm) % Infrared Rejection (>1700nm) |
EDTM EDTM EDTM |
89 94 98 |
92 96 98 |
86 97 98 |
85 96 98 |
90 95 98 |
| % Ultraviolet Rejected | ASTM D 1003 | 99.9 | 99.9 | 99.9 | 99.9 | 99.9 |
|
Shading Coefficient Solar Heat Gain Coefficient Luminous Efficacy % Total Solar Energy Rejected |
ASTM D 1003 ASTM D 1003 ASTM D 1003 KS L 2016 |
0.29 0.25 0.45 75 |
0.36 0.31 0.89 69 |
0.43 0.37 1.07 63 |
0.47 0.41 1.15 59 |
0.53 0.46 1.36 54 |
|
PHYSICAL PROPERTIES Structure P.E.T. Base Material Construction |
KS T 1028 KS T 1028 ASTM D 6677 |
Spectrally Selective Dual Ply Transitional Nano-Technology Super Optical Crystal Clear Polyester 100% Pure Ceramics Base, Indium-Doped Tin Oxide (ITO), Tungsten & Mineral Carbon |
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Adhesion Type Release Liner |
ASTM D 6677 ASTM D 6677 |
Acrylic Pressure Sensitive Silicone Release Clear Film |
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| Optical Haze | KS T 1028 | < 0.7 | < 0.7 | < 0.6 | < 0.6 | < 0.6 |
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Adhesion Strength (g/inch) Scratch Resistance Hardness Scratch Resistance Adhesion Film Thickness Base Color Size Available Warranty Period |
KS T 1028 ASTM D 1044 ASTM D 6677 KS T 1028 ASTM D 6677 - ASTM D 6677 |
630 > 2H > 5B 2 mil. (50 micron) Dark Blue Width 60" 10 Years |
630 > 2H > 5B 2 mil. (50 micron) Dark Blue Width 60" & 72" 10 Years |
630 > 2H > 5B 2 mil. (50 micron) Medium Blue Width 60" 10 Years |
630 > 2H > 5B 2 mil. (50 micron) Medium Blue Width 60" 10 Years |
630 > 2H > 5B 2 mil. (50 micron) Light Blue Width 60" & 72" 10 Years |
* All tested materials were applied on 1/4" clear monolithic single pane glass surface in accordance with industry standard tests.
* The intended purpose of the data & value provided is for comparison purposes only.