LLumar Residential Tint
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Solar Protection
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Windows play an important part in every person’s home, from the light they let in to the view they reveal. However, they also create a host of problems, ranging from excessive glare, heat build-up and high energy costs to the premature fading of carpets, furniture and draperies. See more
In Malaysia, we have all round hot weather and heat is always a constant problems. By placing window tinting, we can save on energy consumption and cut down glare damages to our furniture. LLumar window films are proven to lower heating and cooling expenses by rejecting solar heat from the outside and eliminating hot and cold spots inside.
For office buildings and other commercial establishments, it is crucial to have window tinting to save on energy consumption and protection of goods from sun damage.
Tint Auto also has various window films that can protect you, your home and your office space. With so many types and variants of window films available, you needn’t sacrifice your view as you can select subtle shades so that you can still enjoy your lovely view.
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Safety & Security
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Houses in Malaysia commonly have ceiling to floor sliding glass windows, and of course, bedroom windows and these are easy access to burglars. Our erratic weather is also prone to floods, thunderstorms and extreme heat. See more
Tint Auto offers you a peace of mind with various window films that serves to protect your home and your commercial establishment from burglaries and the hazardous weather. The safety films offered are top of the range products and professionally installed.
Being the sole distributor of LLumar window films, Tint Auto stands by the LLumar safety and security films to provide a clear – yet powerful – barrier that can hold glass in place in the event of an impact or thunderstorm. This barrier can protect against the damaging effects of flying shattered glass, it also makes it much more difficult for an intruder to smash through your windows quickly.
A good night’s sleep in preserved when you have Tint Auto window films installed. Your daily life and all those around you are in good hands as well.
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Film Catalogue
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| With a wide selection of LLumar window films for your vehicle, we ensure that you have no problems finding a match according to your individual needs. |
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Security Film:
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| SSISRPS8 |
|
 |
| VLT |
18% |
| TSER |
79% |
| IR Rejected |
62% |
| UV Rejected |
99% |
| Break Strength |
235 lb/inch |
| Tensile Strength |
32,000 lb/inch2 |
| Puncture Strength |
156 lb |
| Thickness |
8 mil (200 micron) |
| Warranty |
10 Years |
| Color |
Silver |
| N1040SRPS4 |
|
|
| VLT |
41% |
| TSER |
50% |
| IR Rejected |
18% |
| UV Rejected |
99% |
| Break Strength |
101 lb/inch |
| Tensile Strength |
32,000 lb/inch2 |
| Puncture Strength |
78 lb |
| Thickness |
4 mil (100 micron) |
| Warranty |
10 Years |
| Color |
Neutral |
| SCLSRPS7 |
|
|
| VLT |
88% |
| TSER |
16% |
| IR Rejected |
10% |
| UV Rejected |
95% |
| Break Strength |
193 lb/inch |
| Tensile Strength |
32,000 lb/inch2 |
| Puncture Strength |
145 lb |
| Thickness |
7 mil (175 micron) |
| Warranty |
10 Years |
| Color |
Clear |
| SCLSRPS4 |
|
|
| VLT |
89% |
| TSER |
16% |
| IR Rejected |
10% |
| UV Rejected |
95% |
| Break Strength |
132 lb/inch |
| Tensile Strength |
32,000 lb/inch2 |
| Puncture Strength |
79 lb |
| Thickness |
4 mil (100 micron) |
| Warranty |
10 Years |
| Color |
Clear |
Solar Film:
| N1020BSRCDF |
|
|
| VLT |
21% |
| TSER |
77% |
| IR Rejected |
37% |
| UV Rejected |
99% |
| Warranty |
10 Years |
| Color |
Bronze |
| N1040SRCDF |
|
|
| VLT |
41% |
| TSER |
50% |
| IR Rejected |
18% |
| UV Rejected |
99% |
| Warranty |
10 Years |
| Color |
Neutral |
| R20SRCDF |
|
|
| VLT |
18% |
| TSER |
79% |
| IR Rejected |
62% |
| UV Rejected |
99% |
| Warranty |
10 Years |
| Color |
Silver |
| R50SRHPR |
|
|
| VLT |
49% |
| TSER |
54% |
| IR Rejected |
27% |
| UV Rejected |
99% |
| Warranty |
5 Years |
| Color |
Silver |
| R15BLSRHPR |
|
|
| VLT |
11% |
| TSER |
75% |
| IR Rejected |
25% |
| UV Rejected |
99% |
| Warranty |
5 Years |
| Color |
Blue |
| R15GSRCDF |
|
|
| VLT |
7% |
| TSER |
75% |
| IR Rejected |
13% |
| UV Rejected |
99% |
| Warranty |
5 Years |
| Color |
Gray |
Decorative Films:
| NRMPS2 |
|
|
| VLT |
69% |
| TSER |
28% |
| IR Rejected |
20% |
| UV Rejected |
98% |
| Warranty |
5 Years |
| Color |
Frost |
Reflective Series:
Reflective films feature reflectance on both interiors and exteriors for superior reduction in summer cooling costs and heat retention in winter. Providing a high level of glare and heat control, they are scratch-resistant, shield 99% of ultraviolet rays, and provide excellent heat rejection.
| RN07G SR CDF (One-Way Mirror) |
|
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| % Total Solar Transmittance |
7% |
| % Total Solar Reflectance |
57% |
| % Total Solar Absorptance |
36% |
| % Visible Light Transmittance |
6% |
| % Visible Reflectance (exterior) |
61% |
| % Visible Reflectance (interior) |
14% |
| Winter U-value |
0.88 |
| Shading Coefficient |
0.19 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.54 |
| Solar Heat Gain Coefficient |
0.16 |
| % Total Solar Energy Rejected |
84% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.38 |
| % Summer Solar Heat Gain Reduction |
81% |
| % Winter Heat Loss Reduction |
15% |
| % Glare Reduction |
93% |
| R15B SR CDF (Bronze) |
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| % Total Solar Transmittance |
8% |
| % Total Solar Reflectance |
39% |
| % Total Solar Absorptance |
53% |
| % Visible Light Transmittance |
8% |
| % Visible Reflectance (exterior) |
20% |
| % Visible Reflectance (interior) |
62% |
| Winter U-value |
0.89 |
| Shading Coefficient |
0.25 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.62 |
| Solar Heat Gain Coefficient |
0.22 |
| % Total Solar Energy Rejected |
78% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.36 |
| % Summer Solar Heat Gain Reduction |
74% |
| % Winter Heat Loss Reduction |
14% |
| % Glare Reduction |
91% |
| R15BL SR PS (Blue) |
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| % Total Solar Transmittance |
9% |
| % Total Solar Reflectance |
42% |
| % Total Solar Absorptance |
49% |
| % Visible Light Transmittance |
9% |
| % Visible Reflectance (exterior) |
27% |
| % Visible Reflectance (interior) |
62% |
| Winter U-value |
0.93 |
| Shading Coefficient |
0.25 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.63 |
| Solar Heat Gain Coefficient |
0.22 |
| % Total Solar Energy Rejected |
78% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.41 |
| % Summer Solar Heat Gain Reduction |
74% |
| % Winter Heat Loss Reduction |
11% |
| % Glare Reduction |
90% |
| R15G SR CDF (Gray) |
|
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| % Total Solar Transmittance |
7% |
| % Total Solar Reflectance |
36% |
| % Total Solar Absorptance |
57% |
| % Visible Light Transmittance |
6% |
| % Visible Reflectance (exterior) |
13% |
| % Visible Reflectance (interior) |
62% |
| Winter U-value |
0.92 |
| Shading Coefficient |
0.26 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.62 |
| Solar Heat Gain Coefficient |
0.23 |
| % Total Solar Energy Rejected |
77% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.26 |
| % Summer Solar Heat Gain Reduction |
73% |
| % Winter Heat Loss Reduction |
12% |
| % Glare Reduction |
93% |
| R15GO SR PS (Gold) |
|
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| % Total Solar Transmittance |
10% |
| % Total Solar Reflectance |
53% |
| % Total Solar Absorptance |
37% |
| % Visible Light Transmittance |
13% |
| % Visible Reflectance (exterior) |
52% |
| % Visible Reflectance (interior) |
63% |
| Winter U-value |
0.92 |
| Shading Coefficient |
0.23 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.62 |
| Solar Heat Gain Coefficient |
0.20 |
| % Total Solar Energy Rejected |
80% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.65 |
| % Summer Solar Heat Gain Reduction |
77% |
| % Winter Heat Loss Reduction |
12% |
| % Glare Reduction |
86% |
| R20 SR CDF (Silver) |
|
|
| % Total Solar Transmittance |
11% |
| % Total Solar Reflectance |
57% |
| % Total Solar Absorptance |
32% |
| % Visible Light Transmittance |
15% |
| % Visible Reflectance (exterior) |
62% |
| % Visible Reflectance (interior) |
63% |
| Winter U-value |
0.90 |
| Shading Coefficient |
0.22 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.58 |
| Solar Heat Gain Coefficient |
0.20 |
| % Total Solar Energy Rejected |
80% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.75 |
| % Summer Solar Heat Gain Reduction |
77% |
| % Winter Heat Loss Reduction |
13% |
| % Glare Reduction |
83% |
| R35 SR CDF (Silver) |
|
|
| % Total Solar Transmittance |
21% |
| % Total Solar Reflectance |
45% |
| % Total Solar Absorptance |
34% |
| % Visible Light Transmittance |
28% |
| % Visible Reflectance (exterior) |
47% |
| % Visible Reflectance (interior) |
46% |
| Winter U-value |
0.91 |
| Shading Coefficient |
0.35 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.61 |
| Solar Heat Gain Coefficient |
0.30 |
| % Total Solar Energy Rejected |
70% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.93 |
| % Summer Solar Heat Gain Reduction |
65% |
| % Winter Heat Loss Reduction |
13% |
| % Glare Reduction |
69% |
| R50 SR CDF (Silver) |
|
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| % Total Solar Transmittance |
7% |
| % Total Solar Reflectance |
57% |
| % Total Solar Absorptance |
36% |
| % Visible Light Transmittance |
6% |
| % Visible Reflectance (exterior) |
61% |
| % Visible Reflectance (interior) |
14% |
| Winter U-value |
0.88 |
| Shading Coefficient |
0.19 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.54 |
| Solar Heat Gain Coefficient |
0.16 |
| % Total Solar Energy Rejected |
84% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.38 |
| % Summer Solar Heat Gain Reduction |
81% |
| % Winter Heat Loss Reduction |
15% |
| % Glare Reduction |
93% |
Dual-Reflective Series :
Dual-Reflective films are highly reflective on the exterior; lower on the interior, which helps provide clear day and night views. Traditionally specified on commercial buildings, DualReflective films are also popular for sunbelt residential applications. They are scratch-resistant, shield 99% of ultraviolet rays, and provide excellent heat rejection.
| DR15 SR CDF (Warm Gray) |
|
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| % Total Solar Transmittance |
18% |
| % Total Solar Reflectance |
38% |
| % Total Solar Absorptance |
44% |
| % Visible Light Transmittance |
17% |
| % Visible Reflectance (exterior) |
37% |
| % Visible Reflectance (interior) |
13% |
| Winter U-value |
0.92 |
| Shading Coefficient |
0.34 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.62 |
| Solar Heat Gain Coefficient |
0.30 |
| % Total Solar Energy Rejected |
70% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.57 |
| % Summer Solar Heat Gain Reduction |
65% |
| % Winter Heat Loss Reduction |
12% |
| % Glare Reduction |
81% |
| DRN25 SR CDF (Warm Gray) |
|
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| % Total Solar Transmittance |
23% |
| % Total Solar Reflectance |
31% |
| % Total Solar Absorptance |
46% |
| % Visible Light Transmittance |
22% |
| % Visible Reflectance (exterior) |
30% |
| % Visible Reflectance (interior) |
12% |
| Winter U-value |
0.92 |
| Shading Coefficient |
0.39 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.62 |
| Solar Heat Gain Coefficient |
0.35 |
| % Total Solar Energy Rejected |
65% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.63 |
| % Summer Solar Heat Gain Reduction |
59% |
| % Winter Heat Loss Reduction |
12% |
| % Glare Reduction |
76% |
| DRN35 SR CDF (Warm Gray) |
|
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| % Total Solar Transmittance |
33% |
| % Total Solar Reflectance |
22% |
| % Total Solar Absorptance |
45% |
| % Visible Light Transmittance |
35% |
| % Visible Reflectance (exterior) |
21% |
| % Visible Reflectance (interior) |
13% |
| Winter U-value |
0.95 |
| Shading Coefficient |
0.52 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.67 |
| Solar Heat Gain Coefficient |
0.46 |
| % Total Solar Energy Rejected |
54% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.76 |
| % Summer Solar Heat Gain Reduction |
47% |
| % Winter Heat Loss Reduction |
9% |
| % Glare Reduction |
61% |
Low- E:
Low-E film provides superior energy conservation by reducing winter heat loss through windows. It is scratch-resistant, shields 99% of ultraviolet rays, reduces glare, and has the highest heat rejection performance of all LLumar films. It is suitable for commercial and residential applications where summer and winter energy control are major concerns.
| E1220 SR CDF (Silver) |
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| % Total Solar Transmittance |
9% |
| % Total Solar Reflectance |
57% |
| % Total Solar Absorptance |
34% |
| % Visible Light Transmittance |
12% |
| % Visible Reflectance (exterior) |
62% |
| % Visible Reflectance (interior) |
65% |
| Winter U-value |
0.78 |
| Shading Coefficient |
0.19 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.38 |
| Solar Heat Gain Coefficient |
0.17 |
| % Total Solar Energy Rejected |
83% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.71 |
| % Summer Solar Heat Gain Reduction |
80% |
| % Winter Heat Loss Reduction |
25% |
| % Glare Reduction |
87% |
Deluxe Series:
Deluxe films are specified for commercial buildings where high levels of heat rejection and glare reduction are needed. Deluxe films are ideal for privacy applications and exterior aesthetics. They are scratch-resistant, reduce 99% of ultraviolet rays, and come in gray and bronze.
| DL05G SR CDF (Gray) |
|
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| % Total Solar Transmittance |
14% |
| % Total Solar Reflectance |
26% |
| % Total Solar Absorptance |
60% |
| % Visible Light Transmittance |
7% |
| % Visible Reflectance (exterior) |
11% |
| % Visible Reflectance (interior) |
11% |
| Winter U-value |
0.95 |
| Shading Coefficient |
0.35 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.68 |
| Solar Heat Gain Coefficient |
0.31 |
| % Total Solar Energy Rejected |
69% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.23 |
| % Summer Solar Heat Gain Reduction |
64% |
| % Winter Heat Loss Reduction |
9% |
| % Glare Reduction |
92% |
| DL15B SR CDF (Bronze) |
|
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| % Total Solar Transmittance |
27% |
| % Total Solar Reflectance |
14% |
| % Total Solar Absorptance |
59% |
| % Visible Light Transmittance |
14% |
| % Visible Reflectance (exterior) |
8% |
| % Visible Reflectance (interior) |
8% |
| Winter U-value |
0.94 |
| Shading Coefficient |
0.51 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.72 |
| Solar Heat Gain Coefficient |
0.44 |
| % Total Solar Energy Rejected |
56% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.32 |
| % Summer Solar Heat Gain Reduction |
49% |
| % Winter Heat Loss Reduction |
10% |
| % Glare Reduction |
84% |
| DL15G SR CDF (Gray) |
|
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| % Total Solar Transmittance |
27% |
| % Total Solar Reflectance |
14% |
| % Total Solar Absorptance |
59% |
| % Visible Light Transmittance |
16% |
| % Visible Reflectance (exterior) |
9% |
| % Visible Reflectance (interior) |
8% |
| Winter U-value |
0.93 |
| Shading Coefficient |
0.51 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.71 |
| Solar Heat Gain Coefficient |
0.44 |
| % Total Solar Energy Rejected |
56% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.36 |
| % Summer Solar Heat Gain Reduction |
49% |
| % Winter Heat Loss Reduction |
11% |
| % Glare Reduction |
82% |
| DL30GN SR PS (Green) |
|
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| % Total Solar Transmittance |
32% |
| % Total Solar Reflectance |
18% |
| % Total Solar Absorptance |
50% |
| % Visible Light Transmittance |
33% |
| % Visible Reflectance (exterior) |
14% |
| % Visible Reflectance (interior) |
14% |
| Winter U-value |
0.99 |
| Shading Coefficient |
0.53 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.75 |
| Solar Heat Gain Coefficient |
0.48 |
| % Total Solar Energy Rejected |
52% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.69 |
| % Summer Solar Heat Gain Reduction |
44% |
| % Winter Heat Loss Reduction |
5% |
| % Glare Reduction |
63% |
Neutral Series:
Neutral films reduce glare, provide moderate heat rejection, and are specified where a soft, neutral appearance is desired. These films are made with sputtered technology, creating a film that allows for very uniform visible light transmission. Neutral films are scratch-resistant and shield 99% of ultraviolet rays.
| N1020 SR CDF (Neutral) |
|
|
| % Total Solar Transmittance |
21% |
| % Total Solar Reflectance |
27% |
| % Total Solar Absorptance |
52% |
| % Visible Light Transmittance |
23% |
| % Visible Reflectance (exterior) |
30% |
| % Visible Reflectance (interior) |
27% |
| Winter U-value |
1.03 |
| Shading Coefficient |
0.42 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.82 |
| Solar Heat Gain Coefficient |
0.37 |
| % Total Solar Energy Rejected |
63% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.62 |
| % Summer Solar Heat Gain Reduction |
57% |
| % Winter Heat Loss Reduction |
1% |
| % Glare Reduction |
74% |
| N1040 SR CDF (Neutral) |
|
|
| % Total Solar Transmittance |
34% |
| % Total Solar Reflectance |
17% |
| % Total Solar Absorptance |
49% |
| % Visible Light Transmittance |
37% |
| % Visible Reflectance (exterior) |
19% |
| % Visible Reflectance (interior) |
16% |
| Winter U-value |
1.05 |
| Shading Coefficient |
0.56 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.85 |
| Solar Heat Gain Coefficient |
0.49 |
| % Total Solar Energy Rejected |
51% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.76 |
| % Summer Solar Heat Gain Reduction |
43% |
| % Winter Heat Loss Reduction |
-1% |
| % Glare Reduction |
59% |
| N1050 SR CDF (Neutral) |
|
|
| % Total Solar Transmittance |
46% |
| % Total Solar Reflectance |
12% |
| % Total Solar Absorptance |
42% |
| % Visible Light Transmittance |
50% |
| % Visible Reflectance (exterior) |
14% |
| % Visible Reflectance (interior) |
11% |
| Winter U-value |
1.07 |
| Shading Coefficient |
0.68 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.89 |
| Solar Heat Gain Coefficient |
0.59 |
| % Total Solar Energy Rejected |
41% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.85 |
| % Summer Solar Heat Gain Reduction |
31% |
| % Winter Heat Loss Reduction |
-3% |
| % Glare Reduction |
44% |
| N1065 SR CDF (Neutral) |
|
|
| % Total Solar Transmittance |
64% |
| % Total Solar Reflectance |
9% |
| % Total Solar Absorptance |
27% |
| % Visible Light Transmittance |
69% |
| % Visible Reflectance (exterior) |
10% |
| % Visible Reflectance (interior) |
8% |
| Winter U-value |
1.07 |
| Shading Coefficient |
0.83 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.90 |
| Solar Heat Gain Coefficient |
0.72 |
| % Total Solar Energy Rejected |
28% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.96 |
| % Summer Solar Heat Gain Reduction |
16% |
| % Winter Heat Loss Reduction |
-3% |
| % Glare Reduction |
23% |
| N1020B SR CDF (Bronze) |
|
|
| % Total Solar Transmittance |
13% |
| % Total Solar Reflectance |
49% |
| % Total Solar Absorptance |
38% |
| % Visible Light Transmittance |
21% |
| % Visible Reflectance (exterior) |
37% |
| % Visible Reflectance (interior) |
35% |
| Winter U-value |
0.90 |
| Shading Coefficient |
0.27 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.59 |
| Solar Heat Gain Coefficient |
0.23 |
| % Total Solar Energy Rejected |
77% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.91 |
| % Summer Solar Heat Gain Reduction |
73% |
| % Winter Heat Loss Reduction |
13% |
| % Glare Reduction |
77% |
| N1035B SR CDF (Bronze) |
|
|
| % Total Solar Transmittance |
26% |
| % Total Solar Reflectance |
37% |
| % Total Solar Absorptance |
37% |
| % Visible Light Transmittance |
37% |
| % Visible Reflectance (exterior) |
26% |
| % Visible Reflectance (interior) |
23% |
| Winter U-value |
0.92 |
| Shading Coefficient |
0.41 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.61 |
| Solar Heat Gain Coefficient |
0.36 |
| % Total Solar Energy Rejected |
64% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.03 |
| % Summer Solar Heat Gain Reduction |
58% |
| % Winter Heat Loss Reduction |
12% |
| % Glare Reduction |
59% |
Exterior Series:
Exterior films products are applied to the exterior face of the glazing and provide excellent heat rejection performance
| NHE20 ER HPR (Neutral) |
|
|
| % Total Solar Transmittance |
21% |
| % Total Solar Reflectance |
29% |
| % Total Solar Absorptance |
50% |
| % Visible Light Transmittance |
23% |
| % Visible Reflectance (exterior) |
30% |
| % Visible Reflectance (interior) |
26% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.42 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.86 |
| Solar Heat Gain Coefficient |
0.36 |
| % Total Solar Energy Rejected |
64% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.64 |
| % Summer Solar Heat Gain Reduction |
58% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
74% |
| NHE35 ER HPR (Neutral) |
|
|
| % Total Solar Transmittance |
34% |
| % Total Solar Reflectance |
18% |
| % Total Solar Absorptance |
48% |
| % Visible Light Transmittance |
38% |
| % Visible Reflectance (exterior) |
19% |
| % Visible Reflectance (interior) |
16% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.56 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.86 |
| Solar Heat Gain Coefficient |
0.49 |
| % Total Solar Energy Rejected |
51% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.78 |
| % Summer Solar Heat Gain Reduction |
43% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
58% |
| RHE20 ER HPR (Silver) |
|
|
| % Total Solar Transmittance |
12% |
| % Total Solar Reflectance |
63% |
| % Total Solar Absorptance |
25% |
| % Visible Light Transmittance |
16% |
| % Visible Reflectance (exterior) |
62% |
| % Visible Reflectance (interior) |
59% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.22 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.71 |
| Solar Heat Gain Coefficient |
0.20 |
| % Total Solar Energy Rejected |
80% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.80 |
| % Summer Solar Heat Gain Reduction |
77% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
82% |
| RHE35 ER HPR (Silver) |
|
|
| % Total Solar Transmittance |
21% |
| % Total Solar Reflectance |
50% |
| % Total Solar Absorptance |
29% |
| % Visible Light Transmittance |
29% |
| % Visible Reflectance (exterior) |
48% |
| % Visible Reflectance (interior) |
45% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.35 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.72 |
| Solar Heat Gain Coefficient |
0.30 |
| % Total Solar Energy Rejected |
70% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.97 |
| % Summer Solar Heat Gain Reduction |
65% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
68% |
| RHE50 ER HPR (Silver) |
|
|
| % Total Solar Transmittance |
38% |
| % Total Solar Reflectance |
30% |
| % Total Solar Absorptance |
32% |
| % Visible Light Transmittance |
49% |
| % Visible Reflectance (exterior) |
26% |
| % Visible Reflectance (interior) |
24% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.55 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.79 |
| Solar Heat Gain Coefficient |
0.48 |
| % Total Solar Energy Rejected |
52% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.02 |
| % Summer Solar Heat Gain Reduction |
44% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
46% |
Speciality Series:
AU-85UV SR HPR is the ideal solution for protecting valuables from sun damage. It provides the highest protection against harmful ultraviolet rays without altering glass aesthetics. AIR-80BL SR HPR is used where a combination of extremely low visible reflectance, high light transmission, and substantial reduction in solar infrared transmission is needed.
| AIR80 BL SR HPR (Clear) |
|
|
| % Total Solar Transmittance |
43% |
| % Total Solar Reflectance |
7% |
| % Total Solar Absorptance |
50% |
| % Visible Light Transmittance |
79% |
| % Visible Reflectance (exterior) |
9% |
| % Visible Reflectance (interior) |
9% |
| Winter U-value |
0.93 |
| Shading Coefficient |
0.67 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.89 |
| Solar Heat Gain Coefficient |
0.58 |
| % Total Solar Energy Rejected |
42% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.36 |
| % Summer Solar Heat Gain Reduction |
33% |
| % Winter Heat Loss Reduction |
11% |
| % Glare Reduction |
12% |
| AU85 UV SR HPR (UVCL-Clear) |
|
|
| % Total Solar Transmittance |
82% |
| % Total Solar Reflectance |
9% |
| % Total Solar Absorptance |
9% |
| % Visible Light Transmittance |
89% |
| % Visible Reflectance (exterior) |
10% |
| % Visible Reflectance (interior) |
10% |
| Winter U-value |
1.07 |
| Shading Coefficient |
0.97 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.90 |
| Solar Heat Gain Coefficient |
0.84 |
| % Total Solar Energy Rejected |
16% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.06 |
| % Summer Solar Heat Gain Reduction |
2% |
| % Winter Heat Loss Reduction |
-3% |
| % Glare Reduction |
1% |
Spectrally-Selective Series
Spectrally-Selective films offer excellent heat rejection and energy savings with a virtually invisible appearance. They’re made with advanced technologies that single out regions of the solar spectrum resulting in a film that lets in more light than heat. These films are ideal for storefronts, commercial buildings, and homes that need minimal light control and maximum heat protection.
| SpectraSelect VS60 SR CDF |
|
|
| % Total Solar Transmittance |
35% |
| % Total Solar Reflectance |
28% |
| % Total Solar Absorptance |
37% |
| % Visible Light Transmittance |
66% |
| % Visible Reflectance (exterior) |
10% |
| % Visible Reflectance (interior) |
10% |
| Winter U-value |
0.88 |
| Shading Coefficient |
0.52 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.55 |
| Solar Heat Gain Coefficient |
0.45 |
| % Total Solar Energy Rejected |
55% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.47 |
| % Summer Solar Heat Gain Reduction |
48% |
| % Winter Heat Loss Reduction |
15% |
| % Glare Reduction |
27% |
| SpectraSelect VS61 SR CDF |
|
|
| % Total Solar Transmittance |
44% |
| % Total Solar Reflectance |
31% |
| % Total Solar Absorptance |
25% |
| % Visible Light Transmittance |
61% |
| % Visible Reflectance (exterior) |
23% |
| % Visible Reflectance (interior) |
22% |
| Winter U-value |
0.93 |
| Shading Coefficient |
0.58 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.64 |
| Solar Heat Gain Coefficient |
0.50 |
| % Total Solar Energy Rejected |
50% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.22 |
| % Summer Solar Heat Gain Reduction |
42% |
| % Winter Heat Loss Reduction |
11% |
| % Glare Reduction |
32% |
| SpectraSelect VS70 SR CDF |
|
|
| % Total Solar Transmittance |
38% |
| % Total Solar Reflectance |
27% |
| % Total Solar Absorptance |
35% |
| % Visible Light Transmittance |
70% |
| % Visible Reflectance (exterior) |
8% |
| % Visible Reflectance (interior) |
8% |
| Winter U-value |
0.88 |
| Shading Coefficient |
0.54 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.55 |
| Solar Heat Gain Coefficient |
0.47 |
| % Total Solar Energy Rejected |
53% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.49 |
| % Summer Solar Heat Gain Reduction |
45% |
| % Winter Heat Loss Reduction |
15% |
| % Glare Reduction |
22% |
Harmony Series
Harmony films utilize proprietary metals and ceramic layers designed to provide superior heat rejection and moderate glare control with extremely low interior and exterior reflectivity. Excellent for both homes and storefronts, these products were designed for areas with excessive heat and glare problems.
| Harmony Terre V31 SR CDF |
|
|
| % Total Solar Transmittance |
19% |
| % Total Solar Reflectance |
22% |
| % Total Solar Absorptance |
59% |
| % Visible Light Transmittance |
35% |
| % Visible Reflectance (exterior) |
6% |
| % Visible Reflectance (interior) |
8% |
| Winter U-value |
0.89 |
| Shading Coefficient |
0.40 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.57 |
| Solar Heat Gain Coefficient |
0.35 |
| % Total Solar Energy Rejected |
65% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.00 |
| % Summer Solar Heat Gain Reduction |
59% |
| % Winter Heat Loss Reduction |
14% |
| % Glare Reduction |
61% |
| Harmony Ciel V40 SR CDF |
|
|
| % Total Solar Transmittance |
34% |
| % Total Solar Reflectance |
19% |
| % Total Solar Absorptance |
47% |
| % Visible Light Transmittance |
41% |
| % Visible Reflectance (exterior) |
8% |
| % Visible Reflectance (interior) |
8% |
| Winter U-value |
0.91 |
| Shading Coefficient |
0.53 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.59 |
| Solar Heat Gain Coefficient |
0.46 |
| % Total Solar Energy Rejected |
54% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.89 |
| % Summer Solar Heat Gain Reduction |
47% |
| % Winter Heat Loss Reduction |
13% |
| % Glare Reduction |
54% |
| Harmony Terre V41 SR CDF |
|
|
| % Total Solar Transmittance |
29% |
| % Total Solar Reflectance |
22% |
| % Total Solar Absorptance |
49% |
| % Visible Light Transmittance |
46% |
| % Visible Reflectance (exterior) |
7% |
| % Visible Reflectance (interior) |
7% |
| Winter U-value |
0.90 |
| Shading Coefficient |
0.48 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.59 |
| Solar Heat Gain Coefficient |
0.42 |
| % Total Solar Energy Rejected |
58% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.10 |
| % Summer Solar Heat Gain Reduction |
51% |
| % Winter Heat Loss Reduction |
13% |
| % Glare Reduction |
49% |
| Harmony Terre V51 SR CDF |
|
|
| % Total Solar Transmittance |
32% |
| % Total Solar Reflectance |
24% |
| % Total Solar Absorptance |
44% |
| % Visible Light Transmittance |
54% |
| % Visible Reflectance (exterior) |
8% |
| % Visible Reflectance (interior) |
7% |
| Winter U-value |
0.90 |
| Shading Coefficient |
0.50 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.58 |
| Solar Heat Gain Coefficient |
0.43 |
| % Total Solar Energy Rejected |
57% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.26 |
| % Summer Solar Heat Gain Reduction |
50% |
| % Winter Heat Loss Reduction |
13% |
| % Glare Reduction |
40% |
Dual-Reflective Series
Dual-Reflective films offer superior energy savings through lower interior reflectivity and higher exterior reflectivity allowing for excellent views to the outside both day and night. Dual-Reflective films are suggested for residential and commercial applications where heat and glare are the primary concerns.
| Ultima V14 SR CDF |
|
|
| % Total Solar Transmittance |
7% |
| % Total Solar Reflectance |
51% |
| % Total Solar Absorptance |
42% |
| % Visible Light Transmittance |
10% |
| % Visible Reflectance (exterior) |
55% |
| % Visible Reflectance (interior) |
24% |
| Winter U-value |
1.02 |
| Shading Coefficient |
0.23 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.80 |
| Solar Heat Gain Coefficient |
0.20 |
| % Total Solar Energy Rejected |
80% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.50 |
| % Summer Solar Heat Gain Reduction |
77% |
| % Winter Heat Loss Reduction |
2% |
| % Glare Reduction |
89% |
| Celeste V18 SR CDF |
|
|
| % Total Solar Transmittance |
15% |
| % Total Solar Reflectance |
39% |
| % Total Solar Absorptance |
46% |
| % Visible Light Transmittance |
20% |
| % Visible Reflectance (exterior) |
40% |
| % Visible Reflectance (interior) |
21% |
| Winter U-value |
1.02 |
| Shading Coefficient |
0.33 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.80 |
| Solar Heat Gain Coefficient |
0.29 |
| % Total Solar Energy Rejected |
71% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.69 |
| % Summer Solar Heat Gain Reduction |
66% |
| % Winter Heat Loss Reduction |
2% |
| % Glare Reduction |
78% |
| Luminance V28 SR CDF |
|
|
| % Total Solar Transmittance |
23% |
| % Total Solar Reflectance |
33% |
| % Total Solar Absorptance |
44% |
| % Visible Light Transmittance |
30% |
| % Visible Reflectance (exterior) |
33% |
| % Visible Reflectance (interior) |
21% |
| Winter U-value |
1.01 |
| Shading Coefficient |
0.41 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.77 |
| Solar Heat Gain Coefficient |
0.36 |
| % Total Solar Energy Rejected |
64% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.83 |
| % Summer Solar Heat Gain Reduction |
58% |
| % Winter Heat Loss Reduction |
3% |
| % Glare Reduction |
67% |
| Mirage V38 SR CDF |
|
|
| % Total Solar Transmittance |
30% |
| % Total Solar Reflectance |
26% |
| % Total Solar Absorptance |
44% |
| % Visible Light Transmittance |
39% |
| % Visible Reflectance (exterior) |
26% |
| % Visible Reflectance (interior) |
17% |
| Winter U-value |
1.01 |
| Shading Coefficient |
0.49 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.78 |
| Solar Heat Gain Coefficient |
0.43 |
| % Total Solar Energy Rejected |
57% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.91 |
| % Summer Solar Heat Gain Reduction |
50% |
| % Winter Heat Loss Reduction |
3% |
| % Glare Reduction |
57% |
| Nuance V48 SR CDF |
|
|
| % Total Solar Transmittance |
39% |
| % Total Solar Reflectance |
15% |
| % Total Solar Absorptance |
46% |
| % Visible Light Transmittance |
46% |
| % Visible Reflectance (exterior) |
16% |
| % Visible Reflectance (interior) |
11% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.60 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.84 |
| Solar Heat Gain Coefficient |
0.53 |
| % Total Solar Energy Rejected |
47% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.87 |
| % Summer Solar Heat Gain Reduction |
38% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
49% |
| Sunrise Bronze V33BR SR CDF |
|
|
| % Total Solar Transmittance |
25% |
| % Total Solar Reflectance |
43% |
| % Total Solar Absorptance |
32% |
| % Visible Light Transmittance |
39% |
| % Visible Reflectance (exterior) |
25% |
| % Visible Reflectance (interior) |
18% |
| Winter U-value |
0.95 |
| Shading Coefficient |
0.39 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.67 |
| Solar Heat Gain Coefficient |
0.34 |
| % Total Solar Energy Rejected |
66% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.15 |
| % Summer Solar Heat Gain Reduction |
60% |
| % Winter Heat Loss Reduction |
9% |
| % Glare Reduction |
57% |
Neutral Series
Neutral series films reject heat and save energy with reduced interior and exterior reflectivity. They provide a very uniform light transmission without any strong color tone. These films are clear favorites for residential and commercial applications including showrooms and high-visibility display windows.
| Soft Horizons V33 SR CDF |
|
|
| % Total Solar Transmittance |
31% |
| % Total Solar Reflectance |
19% |
| % Total Solar Absorptance |
50% |
| % Visible Light Transmittance |
34% |
| % Visible Reflectance (exterior) |
21% |
| % Visible Reflectance (interior) |
18% |
| Winter U-value |
1.05 |
| Shading Coefficient |
0.53 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.86 |
| Solar Heat Gain Coefficient |
0.46 |
| % Total Solar Energy Rejected |
54% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.74 |
| % Summer Solar Heat Gain Reduction |
47% |
| % Winter Heat Loss Reduction |
-1% |
| % Glare Reduction |
62% |
| Dayview V45 SR CDF |
|
|
| % Total Solar Transmittance |
42% |
| % Total Solar Reflectance |
14% |
| % Total Solar Absorptance |
44% |
| % Visible Light Transmittance |
46% |
| % Visible Reflectance (exterior) |
15% |
| % Visible Reflectance (interior) |
13% |
| Winter U-value |
1.07 |
| Shading Coefficient |
0.64 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.89 |
| Solar Heat Gain Coefficient |
0.55 |
| % Total Solar Energy Rejected |
45% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.84 |
| % Summer Solar Heat Gain Reduction |
36% |
| % Winter Heat Loss Reduction |
-3% |
| % Glare Reduction |
49% |
| Crystal Elegance V58 SR CDF |
|
|
| % Total Solar Transmittance |
55% |
| % Total Solar Reflectance |
10% |
| % Total Solar Absorptance |
35% |
| % Visible Light Transmittance |
60% |
| % Visible Reflectance (exterior) |
11% |
| % Visible Reflectance (interior) |
9% |
| Winter U-value |
1.07 |
| Shading Coefficient |
0.76 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.90 |
| Solar Heat Gain Coefficient |
0.66 |
| % Total Solar Energy Rejected |
34% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.91 |
| % Summer Solar Heat Gain Reduction |
23% |
| % Winter Heat Loss Reduction |
-3% |
| % Glare Reduction |
33% |
Low-E Series
Low-E (low emissivity) films provide an insulating barrier to windows that improves year-round energy efficiency by helping retain heat in winter and helping keep the heat out in summer. Low Emissivity films are perfect for residential and commercial applications where energy conservation is of primary importance
| Ambiance VE35 SR CDF |
|
|
| % Total Solar Transmittance |
20% |
| % Total Solar Reflectance |
43% |
| % Total Solar Absorptance |
37% |
| % Visible Light Transmittance |
29% |
| % Visible Reflectance (exterior) |
36% |
| % Visible Reflectance (interior) |
39% |
| Winter U-value |
0.71 |
| Shading Coefficient |
0.32 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.29 |
| Solar Heat Gain Coefficient |
0.28 |
| % Total Solar Energy Rejected |
72% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.04 |
| % Summer Solar Heat Gain Reduction |
67% |
| % Winter Heat Loss Reduction |
32% |
| % Glare Reduction |
68% |
| Radiance VE50 SR CDF |
|
|
| % Total Solar Transmittance |
37% |
| % Total Solar Reflectance |
30% |
| % Total Solar Absorptance |
33% |
| % Visible Light Transmittance |
51% |
| % Visible Reflectance (exterior) |
22% |
| % Visible Reflectance (interior) |
24% |
| Winter U-value |
0.81 |
| Shading Coefficient |
0.51 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.41 |
| Solar Heat Gain Coefficient |
0.45 |
| % Total Solar Energy Rejected |
55% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.13 |
| % Summer Solar Heat Gain Reduction |
48% |
| % Winter Heat Loss Reduction |
22% |
| % Glare Reduction |
43% |
Ceramic Series
Ceramic films feature neutral color and low reflectivity for minimal change to exterior appearance. Ceramic films improve the view from inside, especially at night. In daylight the film rejects 99% UV rays for heat, glare and fade reduction. The corrosion-resistant, Ceramic films are ideal for coastal applications protecting against salt deposits and sea air.
| Ceramic 35 SR PS (Neutral) |
|
|
| % Total Solar Transmittance |
26% |
| % Total Solar Reflectance |
12% |
| % Total Solar Absorptance |
62% |
| % Visible Light Transmittance |
36% |
| % Visible Reflectance (exterior) |
10% |
| % Visible Reflectance (interior) |
10% |
| Winter U-value |
1.05 |
| Shading Coefficient |
0.53 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.88 |
| Solar Heat Gain Coefficient |
0.45 |
| % Total Solar Energy Rejected |
55% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.80 |
| % Summer Solar Heat Gain Reduction |
48% |
| % Winter Heat Loss Reduction |
-1% |
| % Glare Reduction |
60% |
| Ceramic 45 SR PS (Neutral) |
|
|
| % Total Solar Transmittance |
39% |
| % Total Solar Reflectance |
9% |
| % Total Solar Absorptance |
52% |
| % Visible Light Transmittance |
49% |
| % Visible Reflectance (exterior) |
9% |
| % Visible Reflectance (interior) |
9% |
| Winter U-value |
1.06 |
| Shading Coefficient |
0.64 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.90 |
| Solar Heat Gain Coefficient |
0.55 |
| % Total Solar Energy Rejected |
45% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.89 |
| % Summer Solar Heat Gain Reduction |
36% |
| % Winter Heat Loss Reduction |
-2% |
| % Glare Reduction |
46% |
| Ceramic 55 SR PS (Neutral) |
|
|
| % Total Solar Transmittance |
46% |
| % Total Solar Reflectance |
11% |
| % Total Solar Absorptance |
43% |
| % Visible Light Transmittance |
57% |
| % Visible Reflectance (exterior) |
9% |
| % Visible Reflectance (interior) |
11% |
| Winter U-value |
1.05 |
| Shading Coefficient |
0.69 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.88 |
| Solar Heat Gain Coefficient |
0.59 |
| % Total Solar Energy Rejected |
41% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.97 |
| % Summer Solar Heat Gain Reduction |
31% |
| % Winter Heat Loss Reduction |
-1% |
| % Glare Reduction |
37% |
| Ceramic 65 SR PS (Neutral) |
|
|
| % Total Solar Transmittance |
56% |
| % Total Solar Reflectance |
9% |
| % Total Solar Absorptance |
35% |
| % Visible Light Transmittance |
66% |
| % Visible Reflectance (exterior) |
9% |
| % Visible Reflectance (interior) |
9% |
| Winter U-value |
1.06 |
| Shading Coefficient |
0.78 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
99% |
| Emissivity |
0.89 |
| Solar Heat Gain Coefficient |
0.67 |
| % Total Solar Energy Rejected |
33% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.99 |
| % Summer Solar Heat Gain Reduction |
22% |
| % Winter Heat Loss Reduction |
-2% |
| % Glare Reduction |
27% |
Atmosphere Exterior Series
Atmosphere series films are applied to the exterior face of the glazing and provide excellent heat rejection performance.
| Atmosphere VXA14 ER HPR |
|
|
| % Total Solar Transmittance |
7% |
| % Total Solar Reflectance |
60% |
| % Total Solar Absorptance |
33% |
| % Visible Light Transmittance |
10% |
| % Visible Reflectance (exterior) |
59% |
| % Visible Reflectance (interior) |
25% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.20 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.74 |
| Solar Heat Gain Coefficient |
0.17 |
| % Total Solar Energy Rejected |
83% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.59 |
| % Summer Solar Heat Gain Reduction |
80% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
89% |
| Atmosphere RXA20 ER HPR |
|
|
| % Total Solar Transmittance |
12% |
| % Total Solar Reflectance |
63% |
| % Total Solar Absorptance |
25% |
| % Visible Light Transmittance |
16% |
| % Visible Reflectance (exterior) |
62% |
| % Visible Reflectance (interior) |
59% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.22 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.71 |
| Solar Heat Gain Coefficient |
0.20 |
| % Total Solar Energy Rejected |
80% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.80 |
| % Summer Solar Heat Gain Reduction |
77% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
82% |
| Atmosphere RXA35 ER HPR |
|
|
| % Total Solar Transmittance |
21% |
| % Total Solar Reflectance |
50% |
| % Total Solar Absorptance |
29% |
| % Visible Light Transmittance |
29% |
| % Visible Reflectance (exterior) |
48% |
| % Visible Reflectance (interior) |
45% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.35 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.72 |
| Solar Heat Gain Coefficient |
0.30 |
| % Total Solar Energy Rejected |
70% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.97 |
| % Summer Solar Heat Gain Reduction |
65% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
68% |
| Atmosphere RXA50 ER HPR |
|
|
| % Total Solar Transmittance |
38% |
| % Total Solar Reflectance |
30% |
| % Total Solar Absorptance |
32% |
| % Visible Light Transmittance |
49% |
| % Visible Reflectance (exterior) |
26% |
| % Visible Reflectance (interior) |
24% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.55 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.79 |
| Solar Heat Gain Coefficient |
0.48 |
| % Total Solar Energy Rejected |
52% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.02 |
| % Summer Solar Heat Gain Reduction |
44% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
46% |
| Atmosphere NXA20 ER HPR |
|
|
| % Total Solar Transmittance |
21% |
| % Total Solar Reflectance |
29% |
| % Total Solar Absorptance |
50% |
| % Visible Light Transmittance |
23% |
| % Visible Reflectance (exterior) |
30% |
| % Visible Reflectance (interior) |
26% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.42 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.86 |
| Solar Heat Gain Coefficient |
0.36 |
| % Total Solar Energy Rejected |
64% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.64 |
| % Summer Solar Heat Gain Reduction |
58% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
74% |
| Atmosphere NXA35 ER HPR |
|
|
| % Total Solar Transmittance |
34% |
| % Total Solar Reflectance |
18% |
| % Total Solar Absorptance |
48% |
| % Visible Light Transmittance |
38% |
| % Visible Reflectance (exterior) |
19% |
| % Visible Reflectance (interior) |
16% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.56 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.86 |
| Solar Heat Gain Coefficient |
0.49 |
| % Total Solar Energy Rejected |
51% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.78 |
| % Summer Solar Heat Gain Reduction |
43% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
58% |
| Atmosphere TXA80 ER HPR |
|
|
| % Total Solar Transmittance |
41% |
| % Total Solar Reflectance |
6% |
| % Total Solar Absorptance |
53% |
| % Visible Light Transmittance |
78% |
| % Visible Reflectance (exterior) |
9% |
| % Visible Reflectance (interior) |
9% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.66 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.89 |
| Solar Heat Gain Coefficient |
0.57 |
| % Total Solar Energy Rejected |
43% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.37 |
| % Summer Solar Heat Gain Reduction |
34% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
13% |
| Atmosphere SXA CL ER PS4 |
|
|
| % Total Solar Transmittance |
82% |
| % Total Solar Reflectance |
8% |
| % Total Solar Absorptance |
10% |
| % Visible Light Transmittance |
89% |
| % Visible Reflectance (exterior) |
9% |
| % Visible Reflectance (interior) |
9% |
| Winter U-value |
1.02 |
| Shading Coefficient |
0.97 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.90 |
| Solar Heat Gain Coefficient |
0.85 |
| % Total Solar Energy Rejected |
15% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.05 |
| % Summer Solar Heat Gain Reduction |
1% |
| % Winter Heat Loss Reduction |
2% |
| % Glare Reduction |
1% |
| Atmosphere SXA CL ER PS7 |
|
|
| % Total Solar Transmittance |
81% |
| % Total Solar Reflectance |
8% |
| % Total Solar Absorptance |
11% |
| % Visible Light Transmittance |
89% |
| % Visible Reflectance (exterior) |
9% |
| % Visible Reflectance (interior) |
9% |
| Winter U-value |
1.04 |
| Shading Coefficient |
0.97 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.90 |
| Solar Heat Gain Coefficient |
0.84 |
| % Total Solar Energy Rejected |
16% |
| Light-to-Solar Heat Gain Ratio (LSG) |
1.06 |
| % Summer Solar Heat Gain Reduction |
2% |
| % Winter Heat Loss Reduction |
0% |
| % Glare Reduction |
1% |
Safety & Security Series
Safety & Security films are made with heavy-duty polyester bonded by the industry’s strongest adhesives to provide a powerful barrier that helps hold glass in place should impact occur. Safety & Security films are ideal for residential and commercial applications where there is the potential for glass breakage.
| Luminance Safety V28 SR PS8 |
|
|
| % Total Solar Transmittance |
21% |
| % Total Solar Reflectance |
34% |
| % Total Solar Absorptance |
45% |
| % Visible Light Transmittance |
27% |
| % Visible Reflectance (exterior) |
35% |
| % Visible Reflectance (interior) |
21% |
| Winter U-value |
1.06 |
| Shading Coefficient |
0.41 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.88 |
| Solar Heat Gain Coefficient |
0.35 |
| % Total Solar Energy Rejected |
65% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.77 |
| % Summer Solar Heat Gain Reduction |
59% |
| % Winter Heat Loss Reduction |
-2% |
| % Glare Reduction |
70% |
| Mirage Safety V38 SR PS8 |
|
|
| % Total Solar Transmittance |
31% |
| % Total Solar Reflectance |
25% |
| % Total Solar Absorptance |
44% |
| % Visible Light Transmittance |
39% |
| % Visible Reflectance (exterior) |
25% |
| % Visible Reflectance (interior) |
18% |
| Winter U-value |
1.06 |
| Shading Coefficient |
0.52 |
| % Ultraviolet Ray Protection (wavelengths 300-380nm) |
>99% |
| Emissivity |
0.88 |
| Solar Heat Gain Coefficient |
0.45 |
| % Total Solar Energy Rejected |
55% |
| Light-to-Solar Heat Gain Ratio (LSG) |
0.87 |
| % Summer Solar Heat Gain Reduction |
48% |
| % Winter Heat Loss Reduction |
-2% |
| % Glare Reduction |
57% |