Viracon VE- 45 Insulating Glass
Viracon VE- 45 Insulating Glass
Viracon VE- 45 Insulating Glass
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<strong>VE</strong>-<strong>45</strong><br />
VIRACON INTRODUCES THE NEWEST ADDITION TO OUR<br />
LOW-E HIGH PERFORMANCE GLASS FAMILY<br />
<strong>VE</strong>-<strong>45</strong>, a new low emissivity coating by <strong>Viracon</strong>, offers improved balance between visible light transmittance,<br />
solar control, and enhanced U-values. Not only has the performance been optimized, but the color can enhance<br />
the aesthetics of a building’s glass façade. Additionally, the <strong>VE</strong>-<strong>45</strong> coating can be used in combination<br />
with a silk-screen, which allows the designer to create a customized look along with enhanced performance.<br />
<strong>VE</strong> 24 - 85 <strong>VE</strong> 24 - 2M <strong>VE</strong> 24 - 48 <strong>VE</strong> 24 - <strong>45</strong> <strong>VE</strong> 24 - 42<br />
View from<br />
outside<br />
looking in*<br />
View from<br />
inside<br />
looking out*<br />
<strong>VE</strong> 24 - 85 <strong>VE</strong> 24 - 2M <strong>VE</strong> 24 - 48 <strong>VE</strong> 24 - <strong>45</strong> <strong>VE</strong> 24 - 42
SOLAR OPTICAL PROPERTIES AND THERMAL CHARACTERISTICS (AIR)<br />
(1” OA) - 1/4”(6mm) <strong>VE</strong>-<strong>45</strong> on designated substrate - 1/2 (13.2mm) Airspace - 1/4” (6mm) Clear (or Low-Iron)<br />
Product Transmittance Reflectance U-Value<br />
Visible Solar U-V Exterior Interior Solar Winter Summer<br />
Shading<br />
Coefficient<br />
Relative<br />
Heat Gain SHGC LSG<br />
<strong>VE</strong> 1 - <strong>45</strong> 39% 22% 10% 7% 28% 22% .30 .26 .34 71 0.29 1.34<br />
<strong>VE</strong> 2 - <strong>45</strong> 34% 15% 5% 7% 28% 8% .30 .26 .26 55 0.22 1.55<br />
<strong>VE</strong> 3 - <strong>45</strong> 20% 12% 4% 5% 27% 11% .30 .26 .23 50 0.20 1.00<br />
<strong>VE</strong> 4 - <strong>45</strong> 24% 14% 4% 5% 28% 12% .30 .26 .25 53 0.21 1.14<br />
<strong>VE</strong> 6 - <strong>45</strong> 33% 16% 5% 7% 28% 10% .30 .26 .27 57 0.23 1.43<br />
<strong>VE</strong> 19 - <strong>45</strong> 28% 15% 6% 6% 28% 12% .30 .26 .26 57 0.23 1.22<br />
<strong>VE</strong> 24 - <strong>45</strong> 41% 28% 14% 8% 30% 31% .30 .26 .36 76 0.31 1.32<br />
<strong>VE</strong> 26 - <strong>45</strong> 25% 14% 6% 6% 28% 10% .30 .26 .25 54 0.22 1.14<br />
SOLAR OPTICAL PROPERTIES AND THERMAL CHARACTERISTICS (ARGON)<br />
(1” OA) - 1/4”(6mm) <strong>VE</strong>-<strong>45</strong> on designated substrate - 1/2 (13.2mm) Airspace with Argon - 1/4” (6mm) Clear (or Low-Iron)<br />
Product Transmittance Reflectance U-Value<br />
Visible Solar U-V Exterior Interior Solar Winter Summer<br />
Shading<br />
Coefficient<br />
Relative<br />
Heat Gain SHGC LSG<br />
<strong>VE</strong> 1 - <strong>45</strong> 39% 22% 10% 7% 28% 22% .25 .21 .33 68 0.28 1.39<br />
<strong>VE</strong> 2 - <strong>45</strong> 34% 15% 5% 7% 28% 8% .25 .21 .25 52 0.21 1.62<br />
<strong>VE</strong> 3 - <strong>45</strong> 20% 12% 4% 5% 27% 11% .25 .21 .22 47 0.19 1.05<br />
<strong>VE</strong> 4 - <strong>45</strong> 24% 14% 4% 5% 28% 12% .25 .21 .24 50 0.20 1.20<br />
<strong>VE</strong> 6 - <strong>45</strong> 33% 16% 5% 7% 28% 10% .25 .21 .26 54 0.22 1.50<br />
<strong>VE</strong> 19 - <strong>45</strong> 28% 15% 6% 6% 28% 12% .25 .21 .25 54 0.22 1.27<br />
<strong>VE</strong> 24 - <strong>45</strong> 41% 28% 14% 8% 30% 31% .25 .21 .36 74 0.31 1.32<br />
<strong>VE</strong> 26 - <strong>45</strong> 25% 14% 6% 6% 28% 10% .25 21 .24 51 0.21 1.19<br />
The solar and optical data presented is center-of-glass data based on the National Fenestration Rating Council measurement standards. They were calculated using<br />
Lawrence Berkeley National Laboratory’s (LBNL) WINDOW 5.2/6.3 software. The values shown are nominal. They may vary due to manufacturing tolerances.<br />
1. The performance data above applies to insulating glass units with two plies (clear inboard) of 1/4” (6mm) glass and 1/2” (13mm) air space or argon space. <strong>Viracon</strong> <strong>VE</strong>- <strong>45</strong> is applied to<br />
the second (#2) surface. If Optiwhite (#24) glass is used, both plies of the unit are the Optiwhite substrate.<br />
2. If <strong>VE</strong>-<strong>45</strong> is applied to tinted glass, the glass must be heat treated.<br />
3. If <strong>VE</strong>-<strong>45</strong> is applied to clear glass, contact <strong>Viracon</strong>’s Technical Services Department to determine the possibility of using annealed glass.<br />
4. Available in maximum dimensions of 84” x 144” (2134mm x 3658mm). Note: The maximum size for annealed glass under any condition is 50 sq ft (4.65 sq m). Maximum size for heat<br />
treated glass under any condition is 65 sq ft (6.04 sq m).<br />
*The images on this flyer are provided as a reference of the visual aesthetics of different coating types. Sky conditions, viewing angle and other factors influence your aesthetic perception.<br />
<strong>Viracon</strong> recommends viewing actual glass samples prior to final product selection.<br />
<strong>VE</strong> - <strong>45</strong> Codes: Example = <strong>VE</strong> 1¹- <strong>45</strong><br />
¹Outboard <strong>Glass</strong> Substrate Color Codes = 1-Clear, 2-Green, 3-Gray, 4-Bronze, 6-Blue-Green, 19-CrystalGray TM , 24-Optiwhite TM , 26-Solarblue TM<br />
CrystalGray is a registered trademark of Guardian Industries.<br />
Optiwhite is a trademarks of Pilkington.<br />
Solarblue is a trademark of PPG Industries, Inc.<br />
Architectural <strong>Glass</strong> Solutions for Your Next Landmark Project Start By Visiting viracon.com or By Calling 800.533.2080<br />
© 2012 <strong>Viracon</strong>. All rights reserved.<br />
VMB-052 VRJC0312