Architecturally designed with a metalised back, Lumaview Chrome sheer provides exceptional solar reflective properties. The nano-layer of aluminium backing provides exceptional outward vision whilst the dark internal face minimises glare, allowing a clear view through. Maximum energy efficiency is achieved through the reduction of heat providing total room temperature control for superior sustainable solution.
SOLAR OPTICAL PERFORMANCE
THERMAL COMFORT GUIDE
Ts Solar Transmittance (%)
Rs Solar Reflectance (%)
As Solar Absorbance (%)
Solar radiation is always partially transmitted through, absorbed or reflected by the fabric. The sum of all 3 equals 100. Ts + Rs + As = 100 % of solar energy.
Glazing and Fabric
Test data has been supplied using the following glazing types:
A – Clear single glazing (4mm float)
B – Clear double glazing (4mm float + 12mm space + 4mm float)
C – Double glazing low-e coating and argon filled (4mm float + 16mm space + 4mm float)
D – Reflective double glazing with low-e coating and argon filled (4mm + 16mm space + 4mm float)
GTOT (Range 0-1)
The Solar Heat Gain Coefficient (SHGC), measures the window’s (fabric and glass) ability to transmit solar energy into a room. The SHGC is commonly referred to as g-tot. SHGC/ g-tot is a calculation of the g-values of the solar protection device (fabric) and the glazing (A, B, C, D). The lower the GTOT value, the greater its ability to insulate against solar heat build-up.
VISUAL COMFORT GUIDE
TL Light Transmittance (%)
RL Light Reflectance (%)
Tuv Ultra Violet Transmittance (%) zing (A, B, C, D). The lower the GTOT value, the greater its ability to insulate against solar heat build-up.