Panache

3% Openness

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Frost

Gunmetal

Noir

Platinum

Sparkler

Tinsel

Specifications

Maximum Fabric Width: 118″
UV Blockage: Approximately 97%
Composition: 100% Polyester
Fabric Weight: 6.78 oz/yd²
Fabric Thickness: 0.019″
Railroad Available: No
Printable Available: No
Fire Classification: NFPA 701-10 TM#1
Operating System: RB 500 Operating System with manual chain and ANSI compliant cord tensioner, manual crank, and motorization

Note: Several factors determine the maximum length of fabric. Please send project-specific specifications to our quoting department for more information.

Care and Cleaning

Remove dust with a light brush. Lay screen down on flat surface before cleaning and do not apply pressure. Blot up as much of the spill as possible with a soft and slightly wet, clean white sponge. Do not rub. Do not use spot cleaners containing bleach or alcohol. Do not use dry clean or machine wash screen. For best results, use pure cleaning solvents or water-based cleaning products.

Color
Frost
Gunmetal
Noir
Platinum
Sparkler
Tinsel

Solar Optical Properties

TSRSASTV
3463335
11315810
44924
22483020
26542024
18 394316
Color
Frost
Gunmetal
Noir
Platinum
Sparkler
Tinsel

Solar Heat Gain Coefficient

CL-SDG
0.390.37
0.550.47
0.690.56
0.460.42
0.430.40
0.510.44

Solar Transmittance (TS), Solar Reflectance (RS), Solar Absorptance (AS), Visual Transmittance (TV), Solar Heat Gain Coefficient (SHGC), Single Glazing (CL-S), Double Glazing (DG); Fabrics Installed Internally, Zero-Degree Profile Angle, Solar Heat Gain Coefficient (SHGC) shown calculated according to Office of Building Technology, State and Community Programs, Energy Efficiency and Renewable Energy, U.S. Department of Energy's definition of SHGC. SHGC represents the percentage of solar heat gain that is transmitted to the interior through the glass and shading system. If you are using glass whose performance is listed in terms of SC, you may convert to SHGC by multiplying the SC by 0.87.

* Please note that the Openness Factor is an approximation and may vary from color to color in the same fabric due to the color and the manufacturing process.