Window Tinting Film
Window Tinting Film
Window Tinting Film
Window Tinting Film
Solar control films that block ultraviolet (UV), infrared (IR) heat and glare, for homes, offices, healthcare and retail.
Blocks 99% of UV
Blocks 99% of UV
Up to 88% solar energy rejected
Up to 88% solar energy rejected
7-year warranty
7-year warranty
Our Solar Films
Our Solar Films
Black-Silver
Reflective outside, blue-grey tint. Privacy by day, maximum heat rejection.
VLT 11% · IR 67% · TSER 88%
Datasheet (PDF) →
S70 Photochromic
Darkens in sunlight, clears in shade. No electricity. Adhesive and lamination versions.
VLT 75% → 25% · IR 85% · TSER 44–75%
Datasheet (PDF) →
Magnetron 75
Clear, non-mirrored film with 12-layer sputtered metal. High clarity, strong IR rejection.
VLT 72% · IR 99% · TSER 56%
Datasheet (PDF) →
Solar Film Comparison
Solar Film Comparison
Feature
Black-Silver
S70 Photochromic
Magnetron 75
Look
Mirrored outside, blue-grey
Clear, tints in sun
Clear, non-mirrored
Visible light (VLT)
11%
75% → 25%
72%
IR rejection
67%
85%
99%
UV rejection
99%
99%
99%
Solar energy rejected (TSER)
88%
44–75%
56%
Thickness
2 mil (51 µm)
2.5 mil (64 µm) adhesive
3 mil (76 µm) lamination
3 mil (76 µm)
Roll size
59″ × 100 ft (1500 mm × 30 m)
59″ × 100 ft (1500 mm × 30 m)
59″ × 100 ft (1500 mm × 30 m)
Warranty
7 years
7 years
7 years
Black-Silver
Look
Mirrored outside, blue-grey
Visible light (VLT)
11%
IR rejection
67%
UV rejection
99%
Solar energy rejected (TSER)
88%
Thickness
2 mil (51 µm)
Roll size
59″ × 100 ft (1500 mm × 30 m)
Warranty
7 years
S70 Photochromic
Look
Clear, tints in sun
Visible light (VLT)
75% → 25%
IR rejection
85%
UV rejection
99%
Solar energy rejected (TSER)
44–75%
Thickness
2.5 mil (64 µm) adhesive
3 mil (76 µm) lamination
Roll size
59″ × 100 ft (1500 mm × 30 m)
Warranty
7 years
Magnetron 75
Look
Clear, non-mirrored
Visible light (VLT)
72%
IR rejection
99%
UV rejection
99%
Solar energy rejected (TSER)
56%
Thickness
3 mil (76 µm)
Roll size
59″ × 100 ft (1500 mm × 30 m)
Warranty
7 years
How Solar Film Works
How Solar Film Works
Most indoor heat comes from absorbed sunlight. Solar films reflect or absorb it before it enters the room.
UV
3–5% of solar heat, fades furniture
Visible light
40–45%, causes glare
Infrared
50–55%, the main source of heat
Solar Key Terms
Solar Key Terms
VLT
How much visible light passes through. Lower = darker.
IR rejection
How much infrared heat is blocked.
UV rejection
How much ultraviolet is blocked.
TSER
Total solar energy rejected. Higher = cooler room.
SHGC
Solar heat that still enters. TSER = (1 − SHGC) × 100%.
FAQ
TSER (Total Solar Energy Rejection) is the key indicator. It is the share of solar energy the film blocks: visible light, infrared and UV. A higher TSER means better heat control.
VLT means Visible Light Transmission. It shows how much daylight passes through the film. For example, 5% VLT lets in only 5% of visible light, while 70% VLT lets in much more. Lower VLT means a darker film.
The UV spectrum typically covers wavelengths from about 100 nm to 400 nm and is important for protection against fading and radiation exposure.
Metal layers help reflect and reject solar energy, improving heat control, clarity and long-term performance in advanced window films.
Some metal films can weaken radio and cellular signals. Ceramic films contain no metal and don't affect reception, so they are preferred when signal clarity matters.
Yes. By reducing heat gain and cooling demand, solar films can improve energy efficiency and make interiors more comfortable.
Lifespan depends on film type and installation quality. Modern ceramic and sputtered films can deliver reliable performance for many years.
Yes. Quality solar films block up to 99% of UV radiation, helping protect people, furniture, flooring and displays from damage and fading.
Infrared generally covers wavelengths from about 700 nm to 2500 nm. It is one of the main contributors to solar heat gain.
Photochromic performance depends on film chemistry, UV exposure and installation conditions. Quality films are designed for stable long-term response.
Exterior films stop more solar energy before it enters the glass, while interior films are easier to protect and maintain depending on the facade.
A low-E layer is a coating that manages heat transfer through glass. It is related to solar control, but not the same as an anti-sun film.
They are professionally applied to clean glass with controlled alignment, moisture removal, edge finishing and curing time for best performance.
Some films can add a layer of safety by holding fragments together, but glass compatibility should always be checked before installation.
Clean with soft cloths and non-abrasive products. Avoid harsh scraping or chemicals that can damage the film surface or edges.
Cost depends on film type, glass area, access and installation conditions. Energy savings and comfort gains can offset the investment over time.
Yes. Reflective, tinted and darker films improve daytime privacy while also helping control glare and solar heat. At night, with the lights ON inside, the effect reverses and people can see in.
Yes. Films can be professionally removed, with adhesive residue cleaned from the glass before replacement or reapplication.
Choose based on TSER, VLT, UV and IR rejection, privacy needs, glass type and appearance. South- and west-facing windows get the most sun and need higher heat rejection.
Yes. Common types include dyed, reflective, ceramic, sputtered metal, safety, privacy, exterior, interior and photochromic films.
Magnetron sputtering uses magnetic fields in a vacuum to deposit ultra-thin metal or alloy layers on the film. It creates uniform, multi-layer coatings for high clarity, heat rejection and durability.
Yes, glass can feel hot because the film absorbs or reflects solar energy at the glass surface instead of allowing it deeper indoors.
FAQ
TSER (Total Solar Energy Rejection) is the key indicator. It is the share of solar energy the film blocks: visible light, infrared and UV. A higher TSER means better heat control.
VLT means Visible Light Transmission. It shows how much daylight passes through the film. For example, 5% VLT lets in only 5% of visible light, while 70% VLT lets in much more. Lower VLT means a darker film.
The UV spectrum typically covers wavelengths from about 100 nm to 400 nm and is important for protection against fading and radiation exposure.
Metal layers help reflect and reject solar energy, improving heat control, clarity and long-term performance in advanced window films.
Some metal films can weaken radio and cellular signals. Ceramic films contain no metal and don't affect reception, so they are preferred when signal clarity matters.
Yes. By reducing heat gain and cooling demand, solar films can improve energy efficiency and make interiors more comfortable.
Lifespan depends on film type and installation quality. Modern ceramic and sputtered films can deliver reliable performance for many years.
Yes. Quality solar films block up to 99% of UV radiation, helping protect people, furniture, flooring and displays from damage and fading.
Infrared generally covers wavelengths from about 700 nm to 2500 nm. It is one of the main contributors to solar heat gain.
Photochromic performance depends on film chemistry, UV exposure and installation conditions. Quality films are designed for stable long-term response.
Exterior films stop more solar energy before it enters the glass, while interior films are easier to protect and maintain depending on the facade.
A low-E layer is a coating that manages heat transfer through glass. It is related to solar control, but not the same as an anti-sun film.
They are professionally applied to clean glass with controlled alignment, moisture removal, edge finishing and curing time for best performance.
Some films can add a layer of safety by holding fragments together, but glass compatibility should always be checked before installation.
Clean with soft cloths and non-abrasive products. Avoid harsh scraping or chemicals that can damage the film surface or edges.
Cost depends on film type, glass area, access and installation conditions. Energy savings and comfort gains can offset the investment over time.
Yes. Reflective, tinted and darker films improve daytime privacy while also helping control glare and solar heat. At night, with the lights ON inside, the effect reverses and people can see in.
Yes. Films can be professionally removed, with adhesive residue cleaned from the glass before replacement or reapplication.
Choose based on TSER, VLT, UV and IR rejection, privacy needs, glass type and appearance. South- and west-facing windows get the most sun and need higher heat rejection.
Yes. Common types include dyed, reflective, ceramic, sputtered metal, safety, privacy, exterior, interior and photochromic films.
Magnetron sputtering uses magnetic fields in a vacuum to deposit ultra-thin metal or alloy layers on the film. It creates uniform, multi-layer coatings for high clarity, heat rejection and durability.
Yes, glass can feel hot because the film absorbs or reflects solar energy at the glass surface instead of allowing it deeper indoors.
A low-E layer is a coating that manages heat transfer through glass. It is related to solar control, but not the same as an anti-sun film.
They are professionally applied to clean glass with controlled alignment, moisture removal, edge finishing and curing time for best performance.
Some films can add a layer of safety by holding fragments together, but glass compatibility should always be checked before installation.
Clean with soft cloths and non-abrasive products. Avoid harsh scraping or chemicals that can damage the film surface or edges.
Cost depends on film type, glass area, access and installation conditions. Energy savings and comfort gains can offset the investment over time.
Yes. Reflective, tinted and darker films improve daytime privacy while also helping control glare and solar heat. At night, with the lights ON inside, the effect reverses and people can see in.
Yes. Films can be professionally removed, with adhesive residue cleaned from the glass before replacement or reapplication.
Choose based on TSER, VLT, UV and IR rejection, privacy needs, glass type and appearance. South- and west-facing windows get the most sun and need higher heat rejection.
Yes. Common types include dyed, reflective, ceramic, sputtered metal, safety, privacy, exterior, interior and photochromic films.
Magnetron sputtering uses magnetic fields in a vacuum to deposit ultra-thin metal or alloy layers on the film. It creates uniform, multi-layer coatings for high clarity, heat rejection and durability.
Yes, glass can feel hot because the film absorbs or reflects solar energy at the glass surface instead of allowing it deeper indoors.
FAQ
TSER (Total Solar Energy Rejection) is the key indicator. It is the share of solar energy the film blocks: visible light, infrared and UV. A higher TSER means better heat control.
VLT means Visible Light Transmission. It shows how much daylight passes through the film. For example, 5% VLT lets in only 5% of visible light, while 70% VLT lets in much more. Lower VLT means a darker film.
The UV spectrum typically covers wavelengths from about 100 nm to 400 nm and is important for protection against fading and radiation exposure.
Metal layers help reflect and reject solar energy, improving heat control, clarity and long-term performance in advanced window films.
Some metal films can weaken radio and cellular signals. Ceramic films contain no metal and don't affect reception, so they are preferred when signal clarity matters.
Yes. By reducing heat gain and cooling demand, solar films can improve energy efficiency and make interiors more comfortable.
Lifespan depends on film type and installation quality. Modern ceramic and sputtered films can deliver reliable performance for many years.
Yes. Quality solar films block up to 99% of UV radiation, helping protect people, furniture, flooring and displays from damage and fading.
Infrared generally covers wavelengths from about 700 nm to 2500 nm. It is one of the main contributors to solar heat gain.
Photochromic performance depends on film chemistry, UV exposure and installation conditions. Quality films are designed for stable long-term response.
Exterior films stop more solar energy before it enters the glass, while interior films are easier to protect and maintain depending on the facade.
A low-E layer is a coating that manages heat transfer through glass. It is related to solar control, but not the same as an anti-sun film.
They are professionally applied to clean glass with controlled alignment, moisture removal, edge finishing and curing time for best performance.
Some films can add a layer of safety by holding fragments together, but glass compatibility should always be checked before installation.
Clean with soft cloths and non-abrasive products. Avoid harsh scraping or chemicals that can damage the film surface or edges.
Cost depends on film type, glass area, access and installation conditions. Energy savings and comfort gains can offset the investment over time.
Yes. Reflective, tinted and darker films improve daytime privacy while also helping control glare and solar heat. At night, with the lights ON inside, the effect reverses and people can see in.
Yes. Films can be professionally removed, with adhesive residue cleaned from the glass before replacement or reapplication.
Choose based on TSER, VLT, UV and IR rejection, privacy needs, glass type and appearance. South- and west-facing windows get the most sun and need higher heat rejection.
Yes. Common types include dyed, reflective, ceramic, sputtered metal, safety, privacy, exterior, interior and photochromic films.
Magnetron sputtering uses magnetic fields in a vacuum to deposit ultra-thin metal or alloy layers on the film. It creates uniform, multi-layer coatings for high clarity, heat rejection and durability.
Yes, glass can feel hot because the film absorbs or reflects solar energy at the glass surface instead of allowing it deeper indoors.
A low-E layer is a coating that manages heat transfer through glass. It is related to solar control, but not the same as an anti-sun film.
They are professionally applied to clean glass with controlled alignment, moisture removal, edge finishing and curing time for best performance.
Some films can add a layer of safety by holding fragments together, but glass compatibility should always be checked before installation.
Clean with soft cloths and non-abrasive products. Avoid harsh scraping or chemicals that can damage the film surface or edges.
Cost depends on film type, glass area, access and installation conditions. Energy savings and comfort gains can offset the investment over time.
Yes. Reflective, tinted and darker films improve daytime privacy while also helping control glare and solar heat. At night, with the lights ON inside, the effect reverses and people can see in.
Yes. Films can be professionally removed, with adhesive residue cleaned from the glass before replacement or reapplication.
Choose based on TSER, VLT, UV and IR rejection, privacy needs, glass type and appearance. South- and west-facing windows get the most sun and need higher heat rejection.
Yes. Common types include dyed, reflective, ceramic, sputtered metal, safety, privacy, exterior, interior and photochromic films.
Magnetron sputtering uses magnetic fields in a vacuum to deposit ultra-thin metal or alloy layers on the film. It creates uniform, multi-layer coatings for high clarity, heat rejection and durability.
Yes, glass can feel hot because the film absorbs or reflects solar energy at the glass surface instead of allowing it deeper indoors.