ADUV900 Series
Nano-Tech ADUV900 Film is designed to provide advanced solar protection for residential and commercial spaces.
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Glass brings openness, natural light, and modern design into a space, but it can also become a vulnerable point during accidental impact, breakage, forced entry attempts, or external pressure. Nano‑Tech Security and Safety Film is designed to strengthen glass surfaces by adding a durable protective layer that helps hold broken glass together when damage occurs. Unlike standard window films that focus mainly on heat control, privacy, or appearance, Security and Safety Film is engineered for glass protection. It helps improve post‑breakage safety, reduce risks from flying glass fragments, and create an added barrier against impact.
Nano‑Tech Security and Safety Film helps reinforce existing glass without requiring immediate glass replacement. Once professionally installed, the film bonds to the glass surface and helps hold shattered pieces together if the glass breaks. This added layer of protection can help reduce injury risks, improve occupant safety, and delay forced entry attempts. It also provides UV protection and can be selected in clear or privacy shade options depending on the required appearance and function.
Helps strengthen existing glass surfaces • Holds broken glass fragments together • Reduces risks from flying shattered glass • Adds protection against accidental impact
Helps delay forced entry attempts • Creates an additional barrier against quick glass penetration • Useful for vulnerable windows and doors
Provides UV rejection at 400nm • Clear options maintain natural visibility • Privacy options available for added discretion
| SECURITY FILM | Explosive Test Large Scale | Tensile Strength psi | Break Strength lbs | Elongation at Break | VLT Visible Light | IR Rejection @ 1400 nm | UV Rejected @ 400 nm | SHGC Solar Heat Gain | TSER Total Solar Energy |
|---|---|---|---|---|---|---|---|---|---|
|
Commander 4milClear – Level 1 security
|
Level 1 | 29900 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
|
Commander 4mil Charcoal DarkLevel 1 – strong privacy
|
Level 1 | 29900 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
|
Commander 4mil Charcoal MediumLevel 1 – balanced privacy
|
Level 1 | 29900 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
|
Commander 4 Mil Charcoal NeutralLevel 1 – lighter privacy
|
Level 1 | 29900 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
|
Commander 4 Mil Clearsky 9060Level 1 – clear heat rejection
|
Level 1 | 29900 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
|
Machete 8milLevel 2 – stronger security
|
Level 2 | 31000 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
|
Machete 8mil DarkLevel 2 – maximum privacy
|
Level 2 | 31000 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
|
Machete 8mil MediumLevel 2 – balanced privacy
|
Level 2 | 31000 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
|
Blast Shield 12 milLevel 3 – balanced privacy
|
Level 3 | 31000 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
|
Blast Shield 16 milLevel 3 – balanced privacy
|
Level 3 | 31000 | — | 0% | 0% | 0% | 0% | 0.00 | 0% |
Large scale explosive test rating – Level 2 indicates higher performance.
Maximum stress the film can withstand while being stretched (psi).
Force required to break through the film (lbs) – higher is stronger.
Percentage of stretch before breaking – indicates flexibility.
Visible Light Transmission – lower means darker and more privacy.
Infrared heat rejected at 1400 nm – higher means better heat reduction.
Percentage of ultraviolet rays blocked at 400nm – security film provides 99%.
Solar Heat Gain Coefficient – lower means less solar heat transmitted.
Total Solar Energy Rejected – higher means better overall heat rejection.
Level 1 — Added glass safety, shatter retention, and everyday protection.
Available in: Clear, Charcoal Privacy, Clearsky
Tensile Strength: 30,000 psi
Break Strength: 120 lbs
UV Rejection: 99% at 400nm
Level 2 — Stronger protection, higher break strength, and enhanced impact resistance.
Available in: Clear, Privacy Shade
Tensile Strength: 32,000 psi
Break Strength: 200 lbs
UV Rejection: 99% at 400nm
Choose based on your desired protection level and budget — Commander 4 Mil for cost‑effective everyday safety, or Machete 8 Mil for maximum impact resistance.
Clear security films are ideal for customers who want glass protection without significantly changing the appearance of the glass. These are recommended for homes, offices, schools, commercial spaces, and glass doors where visibility and natural light are important.
For customers who want both security and privacy, Nano‑Tech Security and Safety Film is also available in charcoal privacy options. These films combine added glass protection with shade, privacy, glare reduction, and stronger heat rejection performance.
Untreated glass can shatter into dangerous fragments when exposed to impact, breakage, or forced pressure. Security and Safety Film helps reduce this risk by bonding to the glass surface and holding broken pieces together after damage occurs.
While no window film can make glass completely unbreakable, security film can improve how glass performs when impacted or broken.
Windows and glass doors are common vulnerable points during attempted break‑ins. Security and Safety Film helps create an added barrier by making the glass harder to penetrate quickly after impact.
Note: Security film should be viewed as part of a broader safety and security plan, not as a complete replacement for alarms, locks, grills, or other security systems.
Nano‑Tech Security and Safety Film also provides UV protection to help reduce sun‑related fading and deterioration of interiors. The security film range provides ultraviolet rejection at 400nm, supporting both glass protection and interior preservation.
Security and Safety Film helps strengthen glass and improve post‑breakage performance, but it does not make glass completely unbreakable. Its purpose is to help hold broken glass together, reduce flying fragments, delay entry, and improve safety.
For maximum security, it should be combined with proper locks, alarms, access control, and other building safety measures when needed.
Nano‑Tech Security and Safety Film is designed for durable, long‑term glass protection. With proper installation and care, it maintains its protective function and clean appearance over time.
Nano‑Tech Security and Safety Film is a practical solution for customers who want stronger glass performance, added safety, and enhanced protection without replacing existing glass. For homes, offices, schools, retail stores, commercial spaces, glass doors, and vulnerable window areas, Security and Safety Film helps create safer and more protected environments.
Growing concerns regarding natural and manmade disasters clearly illustrate the importance of glass safety and security. If glazing shatters during an extreme weather event or earthquake a secondary disaster is often created from scattering and falling glass shards. Lintec's window films minimize the risk of personal and property damage caused by glass fracture during an earthquake or other disaster, thereby greatly contributing to the building's overall safety.
The superior properties of WINCOS Architectural Films preventing the scattering of glass shards is demonstrated via a variety of tests including distortion*, impact and explosion, etc. These tests clearly validate the shatterproof capability of the films.
Method: An experimental observation of frame displacement. The simulated earthquake test uses a "fixed sash window" to observe whether the test specimen scatters or not after a fracture. This test was conducted by the Building Research Institute under the control of the Ministry of Land, Infrastructure, Transport and Tourism in Japan as a trustee.
ResultIn the case of conventional float glass, sharp shards scattered as far as 15m away. In the case of glass with WINCOS 1501UH applied, fine cracks were evident and some glass powder was scattered but otherwise the scattering of shards was minimal.
Float glass
Glass with WINCOS 1501UH applied
Method: An impulse fracture test according to ANSI standards (US safety glazing standards), conducted at the Department of Industrial Design, Faculty of Engineering, Chiba University.
Result In the case of float glass, the test specimen broke at the impact point, scattering large sharp shards. In the case of glass with LUMICOOL 1501UH applied, the impact point did not collapse.
Float glass
Glass with WINCOS 1501UH applied
Method: An experimental observation of the scattering of float glass caused by a blast from an explosion conducted at the National Chemical Laboratory for Industry, Agency of Industrial Science and Technology, Ministry of International Trade and Industry (currently the National Institute of Advanced Industrial Science and Technology).
Result The scattering of glass from a test specimen with a size of 60cm by 60cm caused by a blast from an explosion of No.3 Kiri Dynamite 1.2m away was examined. The 6mm thick float glass was fractured at a blast pressure of about 1.5kg/cm2, the area of scattering extending to more than 60%. The glass affixed with WINCOS 1501UH remained shatter-resistant against a blast pressure of up to approximately 4.2kg/cm2, comparable to 6.8mm thick wire glass.
Float glass
(300g explosive)
Glass with WINCOS 1501UH applied
(400g explosive)
Note: Our extensive achievements, which are backed up with over 20 years' experience, reinforce the superior reliability of our products.
Building on the effects of the 1978 Miyagi earthquake, Lintec's efforts have been focused on establishing the shatterproof capabilities of window films applied to glazing. We have been making continual efforts to pursue the advancement of window film safety. For example, Lintec conducted interlayer displacement tests, which examine the scattering of glass resulting from "distortion" which would be anticipated during an earthquake. This was the first test of its kind in Japan, and took part in the establishment of relevant JIS standards through the accumulation of quantitative experimental evaluation. These long-term efforts over many years back up the high reliability of our products.
In recent years the crime of home burglary has grown and the invasion tricks employed are becoming increasingly malicious and diverse.
When the clear shatterproof type 1561UH window film, which is the most suitable for crime prevention, is applied to the entire surface of the glazing it can substantially retard the breaking and the penetration of window glass, thereby resulting in a substantial contribution to crime prevention in buildings.
The 1561UH window film features a three-layer structure (film thickness of 395µm and total thickness of 425µm) in which our unique coating and laminating technology allows the lamination of high transparency PET film. The transparency of the film is comparable to conventional glass scattering prevention film (film thickness of 50µm and total thickness of 80µm) and the tensile strength of the film is more than six times that of conventional film.
Method: Measurement of time before successfully "breakage by prying" the crescent sash lock with a secondary lock.
Tools Used: Screwdriver and cutter
Result: More than five minutes were needed before successful glass breakage and invasion.
Method: In accordance with the EN356 standard. Steel ball used: 100mm in diameter, weighing approximately 4.11kg. Method of dropping the steel ball: The steel ball was dropped toward around the center, to each vertex of an equilateral triangle with a side length of 130mm. Size of test specimen: 900 mm by 1100mm.
Result: No penetration through the glass was observed after dropping the steel ball from a height of 1,500 mm and 3,000 mm three times in succession.
When applying the film the sash should enclose the film within the frame perimeter.
Nano-Tech ADUV900 Film is designed to provide advanced solar protection for residential and commercial spaces.
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Nano-Tech Clearsky Series is designed for customers who want heat rejection and UV protection while maintaining a bright and clear glass appearance.
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Max Series helps reject infrared heat, reduce solar heat gain, and improve indoor comfort during the hottest parts of the day.
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Nano-Tech Charcoal Series is designed to provide reliable solar heat control, glare reduction, and daytime privacy while giving glass a clean, elegant tinted appearance.
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Nano-Tech Reflective Series is designed to improve comfort by reflecting solar energy away from glass while creating a sleek, modern reflective appearance.
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V.I.P. Series is positioned as a practical and budget‑friendly option for standard solar heat rejection.
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Nano‑Tech One Way Window Film improves glass privacy and comfort by combining privacy protection, solar heat control, glare reduction, and UV protection in one clean architectural finish.
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Decorative Film helps transform ordinary glass into a design feature while maintaining a bright and open atmosphere.
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Nano‑Tech Security and Safety Film is designed to strengthen glass surfaces by adding a durable protective layer that helps hold broken glass together when damage occurs.
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