Solar Gard(Saint Gobain)
LX Series provides an unaltered view of the outdoors whilst keeping the building naturally cool, and providing impressive energy savings. LX reduces more than half of the total solar energy entering the building through the windows.
| LX Series | Min – Max |
|---|---|
| Visible Light Transmittance | 40% – 72% |
| Heat Rejection | 55% – 61% |
| UV Rejection | < 1% |
| IR Rejection | 90% – 95% |
TrueView Series
Protection from the sun’s damaging ultraviolet rays, Rejects up to 82% of the total solar energy to increase your comfort, Reduces both the cost of air conditioning and your carbon footprint, Controls hot spots and uneven temperature zones, Reduces glare by up to 94% Helps to increase your interior daytime privacy
| TrueView Series | Min – Max |
|---|---|
| Visible Light Transmittance | 5% – 40% |
| Heat Rejection | 51% – 82% |
| UV Rejection | < 1% |
| IR Rejection | 75% – 95% |
Sterling Series
The Solar Gard Panorama Sterling series is a spectrally selective film with a high level of visible light transmission. The Sterling series also provides extraordinary solar energy rejection performance. This allows for a luminous and more beautiful interior, while ensuring a comfortable and temperate environment
| Sterling Series | Min – Max |
|---|---|
| Visible Light Transmittance | 20% – 70% |
| Heat Rejection | 35% – 75% |
| UV Rejection | < 1% |
| IR Rejection | 59% – 70% |
Stainless Steel Series
Solar Gard Stainless Steel series is a widely accepted solar-solution for homes
around the globe that also need the protection of a safety film. These films are
grey-toned with a low reflective quality that makes them a natural complement
to most interior and exterior color schemes. The stainless steel metal, laminating
adhesives and scratch-resistant coating used in this film series provide high
performance, durability and longevity – making it the preferred choice of many.
| Stainless Steel Series | Min – Max |
|---|---|
| Visible Light Transmittance | 9% – 50% |
| Heat Rejection | 43% – 75% |
| UV Rejection | < 1% |
| IR Rejection | NIL |