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Solar Control Films for Glass

Why Choose Solar Control Films for Glass?

From March to October, the impact of solar rays through the windows of homes, offices, schools, and hospitals creates an uncomfortable indoor climate due to the greenhouse effect:

The electromagnetic waves projected by the sun pass through the transparent glass surfaces by radiation, transforming into infrared (heat). This energy leads to a rapid and significant increase in temperature inside the building, which struggles to escape due to the high efficiency of modern insulating glass units (double and triple glazing). The temperature in a room directly exposed to sunlight through windows rises by several degrees in a short time, often making it essential to use a cooling system, which is not always an economical or eco-friendly solution.

What Are the Benefits of Solar Control Films for Glass?

Energy
Savings

You can save 30% to 50% on your electric bill without removing the glass from the frames. These films have an expected lifespan of over 15 years, with no need to modify your cooling system.

Investment
Amortization

The significant reduction of summer energy load through windows allows the entire installation cost of the films to be amortized within 3 to 5 years. For skylights, the ROI is less than 3 years.

Glare
Reduction

Depending on the characteristics of your building, the type and size of your windows, our consultants can recommend the appropriate films with light, medium, or high anti-glare effects.

Reduction of color shifting

Objects, wall finishes, floors, carpets, artwork, and products displayed in shop windows are subject to “color fading.” Anti-IR and Anti-UV films preserve them over time.

Solutions

Types of Solar Control Films for Glass

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Sputtered Films

These are state-of-the-art solar control films for glass. The “sputtering” process allows a denser layer of various precious metals (bronze, titanium, gold, etc.) to be applied to the film with reduced mirror effect and high light transmission. This film provides warm and relaxing light temperature.

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Neutral Solar Control Films

These are the most advanced solar control films for glass on the market. They have “zero mirror effect” as they are free of reflective metal oxides. Their functionality relies on 220 transparent polyester layers in only 60 microns of thickness. They are invisible for storefronts or provide an elegant, reflection-free transparency for schools, offices, and museums.

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Silver Films

These are metallic solar control films with a mirror effect and high energy efficiency, achieved through an aluminum vapor deposition process. They are highly effective against glare and reflections and provide a cool light temperature.

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Technical Data Sheets of Solar Control Films for Glass

Sputtered

NEU BR20 EXT

The NEU BR20 EXT represents the pinnacle of the blend between reflective technology with reduced mirror effect and the elegant chromatic-architectural needs of the “warm” tones of building facades. A special bronze metallization allows for high energy performance and anti-glare properties while maintaining good basic light transmission. Schools, kindergartens, hospitals, nursing homes, and buildings with wooden exterior elements are the most common applications for this innovative film.

Technology: Sputtering
Scratch-resistant: Hard Coating
Average Technical Lifespan: > 10 years
Thickness (excluding liner): 80 microns
Notes: Elegant bronze color with reduced nighttime mirror effect.

Choose the type of glass to install the film on:

Total Solar Energy Rejected

84%

Transmitted Internal (visible light)

18%

External Reflection (visible light)

37%

Ultraviolet rays Transmitted max <1%

0,2%

Technical duration: 10 years

G Value: 0,16%

Total Solar Energy Rejected

88%

Transmitted Internal (visible light)

16%

External Reflection (visible light)

37%

Ultraviolet rays Transmitted max <1%

0,2%

Technical duration: 10 years

G Value: 0,12%

Total Solar Energy Rejected

91%

Transmitted Internal (visible light)

14%

External Reflection (visible light)

37%

Ultraviolet rays Transmitted max <1%

0,2%

Technical duration: 10 years

G Value: 0,09%

Sputtered

NEU BR30 EXT

The NEU BR30 EXT, directly derived from its older sister NEU BR20 EXT, offers an excellent compromise between high reflective energy performance and good light transmission. All this with a low mirror effect in “warm” tones. Ideal for installations in tertiary environments already equipped with anti-glare blinds, or in areas with selective glazing whose energy efficiency is not satisfactory. Ideal for buildings subject to architectural constraints.

Technology: Sputtering
Scratch Resistance: Hard Coating
Average Technical Durability: > 10 years
Thickness (excluding liner): 80 microns
Notes: Elegant bronze coloration – reduced reversal of the nighttime mirror effect.

Choose the type of glass to install the film on:

Total Solar Energy Rejected

78%

Transmitted Internal (visible light)

24%

External Reflection (visible light)

30%

Ultraviolet rays Transmitted max <1%

1%

Technical duration: 10 years

G Value: 0,22%

Total Solar Energy Rejected

83%

Transmitted Internal (visible light)

22%

External Reflection (visible light)

31%

Ultraviolet rays Transmitted max <1%

1%

Technical duration: 10 years

G Value: 0,17%

Total Solar Energy Rejected

86%

Transmitted Internal (visible light)

20%

External Reflection (visible light)

31%

Ultraviolet rays Transmitted max <1%

0,2%

Technical duration: 10 years

G Value: 0,14%

Double Sputtered

DUR15 EXT

The DUR15 EXT features an internal structure based on double sputtering metallization technology, capable of reducing the reversal of nighttime mirror effect. This innovative film, with its distinct mirror-like reflective effect and low light transmission, has been specifically designed for solar shading of large glass surfaces where it may not be possible to install anti-glare curtains. The DUR15 EXT provides the highest energy reflective and anti-glare performance.

Technology: Double sputtering
Scratch resistance: Hard Coating
Average Technical Durability: > 10 years
Thickness (excluding liner): 80 microns
Notes: Double metallization reduces the reversal of nighttime mirror effect.

Choose the type of glass to install the film on:

Total Solar Energy Rejected

89%

Transmitted Internal (visible light)

8%

External Reflection (visible light)

58%

Ultraviolet rays Transmitted max <1%

0,2%

Technical duration: 10 years

G Value: 0,11%

Total Solar Energy Rejected

92%

Transmitted Internal (visible light)

7%

External Reflection (visible light)

58%

Ultraviolet rays Transmitted max <1%

0,2%

Technical duration: 10 years

G Value: 0,08%

Total Solar Energy Rejected

92%

Transmitted Internal (visible light)

6%

External Reflection (visible light)

58%

Ultraviolet rays Transmitted max <1%

0,2%

Technical duration: 10 years

G Value: 0,05%

Sputtered films

NEU TI20 EXT

The NEU TI20 EXT uses “sputtering” metallization technology with titanium oxides, known for its low mirror effect, which guarantees good energy reflection and excellent anti-glare / anti-reflection action. Ideal for dark-colored frames and/or settings with architectural constraints.

Technology: sputtered
Scratch resistance: Hard Coating
Average technical life: > 10 years
Thickness (excluding liner): 80 microns
Notes: Elegant and reduced mirror effect in titanium shade, with “warm” and relaxing light transmission

Choose the type of glass for installing the film:

Total solar energy rejected

56%

Transmission (visible light)

38%

External reflection (visible light)

19%

Ultraviolet rays transmitted <1%

0.2%

Warranty with installation: 10 years

g-value: 0.44%

Total solar energy rejected

65%

Transmission (visible light)

34%

External reflection (visible light)

20%

Ultraviolet rays transmitted <1%

0.2%

Warranty with installation: 10 years

g-value: 0.35%

Sputtered films

NEU TI35 EXT

The NEU TI35EXT is directly derived from its flagship NEU TI20 EXT, offering an excellent balance between high reflective energy performance, reduced mirror effect, and good light transmission. Ideal for dark colored frames and/or situations with architectural constraints.

Technology: sputtered
Scratch resistance: Hard Coating
Average technical life: > 10 years
Thickness (excluding liner): 80 microns
Notes: Elegant and reduced mirror effect in titanium tones with a “warm” and relaxing light transmission

Choose the type of glass on which to install the film:

Total solar energy rejected

65%

Transmission (visible light)

25%

External reflection (visible light)

24%

Ultraviolet rays transmitted <1%

0.2%

Warranty with installation: 10 years

g-value: 0.35%

Total solar energy rejected

74%

Transmission (visible light)

22%

External reflection (visible light)

24%

Ultraviolet rays transmitted <1%

0.2%

Warranty with installation: 10 years

g-value: 0.26%

Neutral films

PR 20 EXT

The PR20 Exterior is a zero-mirror effect film characterized by an elegant brownish hue without reflective metal oxides. Thanks to its nanotechnology multilayer structure with 220 layers of polyester in just 62 microns thickness, it effectively dampens solar electromagnetic waves in the infrared spectrum. It is particularly recommended for screening large glass facades and/or skylights where strong reduction of energy load from the glass and excellent anti-glare action are needed. All without any external mirror effect. Energy reflection around 80% with average light transmission below 20%.

Technology: 220 layers of polyester, metal-free
Scratch-resistant: Yes
Average Technical Lifespan: > 15 years
Thickness (excluding liner): 62 microns
Note: High energy performance without mirror effect. Does not reduce mobile phone reception

Wählen Sie den Glasart aus, auf den Sie die Folie anbringen möchten:

Total Solar Energy Rejected

76%

Transmitted Internal (visible light)

21%

External Reflection (visible light)

5%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,34%

Total Solar Energy Rejected

80%

Transmitted Internal (visible light)

18%

External Reflection (visible light)

6%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,24%

Total Solar Energy Rejected

84%

Transmitted Internal (visible light)

14%

External Reflection (visible light)

7%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,16%

Neutral films

PR 40 EXT

The PR40 Exterior is a zero-mirror effect film characterized by an elegant brownish hue without reflective metal oxides. Thanks to its nanotechnology multilayer structure with 220 layers of polyester in just 62 microns thickness, it effectively dampens solar electromagnetic waves in the infrared spectrum, while allowing an ideal amount of glare-free light for educational and commercial buildings. It is particularly suitable for glazings where a perfect compromise between high energy reflection, facade elegance, good glare reduction, but without any mirror effect is required. Energy reflection around 80% with average light transmission around 40%.

Technology: 220 layers of polyester, metal-free
Scratch-resistant: Yes
Average Technical Lifespan: > 15 years
Thickness (excluding liner): 62 microns
Note: Good anti-glare action combined with high selective heat-reflective capability. Does not reduce mobile phone reception

Choose the type of glass to install the film on:

Total Solar Energy Rejected

61%

Transmitted Internal (visible light)

42%

External Reflection (visible light)

6%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,39%

Total Solar Energy Rejected

71%

Transmitted Internal (visible light)

37%

External Reflection (visible light)

7%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,29%

Total Solar Energy Rejected

77%

Transmitted Internal (visible light)

32%

External Reflection (visible light)

8%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,23%

Neutral films

PR 70 EXT

The PR70 Exterior is an almost invisible film with no reflection and no reflective metal oxides. Thanks to its nanotechnology multilayer structure with 220 layers of polyester in just 62 microns thickness, it effectively dampens solar electromagnetic waves in the infrared spectrum while allowing almost all light to pass through. It is particularly suitable for buildings with architectural constraints, residential and educational buildings, and for glazed areas where the original architectural appearance of the building should not be altered in any way. Despite a glass light transmission of 60% to 70%, the energy performances are of paramount importance.

Technology: 220 layers of polyester, metal-free
Scratch-resistant: Yes
Average Technical Lifespan: > 15 years
Thickness (excluding liner): 62 microns
Note: The best compromise between energy reflection and nearly imperceptible architectural impact. Does not reduce mobile phone reception

Choose the type of glass to install the film on:

Total Solar Energy Rejected

61%

Transmitted Internal (visible light)

63%

External Reflection (visible light)

9%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,39%

Total Solar Energy Rejected

70%

Transmitted Internal (visible light)

60%

External Reflection (visible light)

8%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,30%

Total Solar Energy Rejected

78%

Transmitted Internal (visible light)

52%

External Reflection (visible light)

7%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,22%

Neutral films

PR 90 EXT

The PR90EXT is a completely invisible film with no reflection and no reflective metal oxides. Thanks to its nanotechnology multilayer structure with 220 layers of polyester in just 62 microns thickness, it effectively dampens solar electromagnetic waves in the infrared spectrum while allowing all light to pass through. It is ideal for effectively shielding display windows with ultra-clear glass, as it absolutely maintains the transparency and brightness characteristics of the glass. It does not reduce mobile phone reception.

Technology: 220 layers of polyester, metal-free
Scratch-resistant: Yes
Average Technical Lifespan: > 15 years
Thickness (excluding liner): 62 microns
Note: Completely invisible with good energy performance and zero mirror effect. Does not reduce mobile phone reception

Choose the type of glass to install the film on:

Total Solar Energy Rejected

38%

Transmitted Internal (visible light)

88%

External Reflection (visible light)

9%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,62%

Total Solar Energy Rejected

45%

Transmitted Internal (visible light)

78%

External Reflection (visible light)

15%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,55%

Total Solar Energy Rejected

56%

Transmitted Internal (visible light)

70%

External Reflection (visible light)

13%

Ultraviolet rays Transmitted max <0,1%

0%

Manufacturer warranty: 10 years

G Value: 0,45%

Silver Folien

SIL20 EXT

The SIL20 EXT represents the highest performing version of mirror-effect films in silver tone. It ensures maximum energy reflection along with an effective anti-glare/anti-reflection action, ideal for commercial work environments.

Technology: reflective aluminum vapor deposition
Scratch-resistant: Hard Coating
Average Technical Lifespan: > 10 years
Thickness (excluding liner): 80 microns
Note: Ensures maximum energy performance with a strong daytime mirror effect

Choose the type of glass to install the film on:

Total Solar Energy Rejected

87%

Transmitted Internal (visible light)

13%

External Reflection (visible light)

65%

Ultraviolet rays Transmitted max <1%

0,2%

Manufacturer warranty: 10 years

G Value: 0,13%

Total Solar Energy Rejected

90%

Transmitted Internal (visible light)

12%

External Reflection (visible light)

65%

Ultraviolet rays Transmitted max <1%

0,2%

Manufacturer warranty: 10 years

G Value: 0,10%

Total Solar Energy Rejected

94%

Transmitted Internal (visible light)

10%

External Reflection (visible light)

65%

Ultraviolet rays Transmitted max <1%

0,2%

Manufacturer warranty: 10 years

G Value: 0,06%

Silver films

SIL35 EXT

The SIL35 EXT, directly derived from the SIL20 EXT, offers an excellent compromise between high reflective energy performance and good light transmission. It is ideal for installations in commercial/industrial environments already equipped with internal anti-glare curtains or where selective glazing does not meet satisfactory energy efficiency.

Technology: reflective aluminum vapor deposition
Scratch-resistant: Hard Coating
Average Technical Lifespan: > 10 years
Thickness (excluding liner): 80 microns
Note: Ensures excellent energy performance with a moderate daytime mirror effect

Choose the type of glass to install the film on:

Total Solar Energy Rejected

75%

Transmitted Internal (visible light)

25%

External Reflection (visible light)

65%

Ultraviolet rays Transmitted max <1%

1%

Manufacturer warranty: 10 years

G Value: 0,25%

Total Solar Energy Rejected

87%

Transmitted Internal (visible light)

23%

External Reflection (visible light)

52%

Ultraviolet rays Transmitted max <1%

1%

Manufacturer warranty: 10 years

G Value: 0,22%

Silver Films

SIL50 EXT

The SIL50 EXT offers a good compromise for situations where, in addition to daytime privacy with a light silver shade, good reflective energy performance is also required combined with high internal light transmission.

Technology: reflective aluminum vapor
Scratch-resistant: Hard Coating
Average Technical Duration: > 10 years
Thickness (excluding liner): 80 micron
Notes: ensures good energy performance with a light daytime mirror effect

Choose the type of glass on which to install the film:

Total solar energy rejected

53%

Transmission (visible light)

49%

External Reflection (visible light)

26%

Ultraviolet rays transmitted <1%

0,2%

Warranty with installation: 10 years

g-value: 0.47%

Total solar energy rejected

60%

Transmission (visible light)

45%

External Reflection (visible light)

28%

Ultraviolet rays transmitted <1%

0,2%

Warranty with installation: 10 years

g-value: 0.39%

Total solar energy rejected

66%

Transmission (visible light)

41%

External Reflection (visible light)

32%

Ultraviolet rays transmitted <1%

0,2%

Warranty with installation: 10 years

g-value: 0.34%

Some projects completed with solar control films