Description
Nanoceramic Window Insulation: Transparent Solar Protection
Boost comfort and energy efficiency with Nanoceramic Window Insulation, an advanced solution powered by nanotechnology and ceramic microspheres. Designed for vehicles and architectural applications, these films offer high thermal rejection, reflecting 91% of infrared rays and over 99% of ultraviolet rays while maintaining 67% visible light transmission for a near-transparent appearance. Perfect for windows, they provide solar protection, energy savings, and safety without compromising visibility.
Key Features
- Thermal Rejection: Blocks 91% of infrared radiation and 49% of total solar energy (TSER), reducing summer heat.
- UV Protection: Rejects over 99% of ultraviolet rays with a solar protection factor (SPF) of +285, safeguarding interiors and occupants.
- Transparency: Allows 67% visible light transmission with a 27% glare reduction, ensuring clear visibility.
- Heat Retention: Minimizes heat loss in winter through radiation and conductivity, enhancing energy efficiency.
- Safety: Holds glass fragments together in case of breakage, improving safety.
- Durability: Scratch-resistant and long-lasting, with a 50 μm thickness for robust protection.
Why Choose Nanoceramic Window Insulation?
Nanoceramic Window Insulation are the ideal choice for those seeking advanced solar protection without sacrificing aesthetics. Their near-transparent design and superior thermal rejection make them perfect for vehicle windows, offices, homes, and commercial buildings. These films reduce cooling costs, protect furniture from UV fading, and enhance safety, offering a practical and efficient solution for modern spaces.
Application Guidelines
- Surface Preparation: Clean both the interior and exterior of the glass to ensure it’s free of dust, paint, or particles. Use a scraper to remove stubborn dirt and clean the frame with a damp cloth, removing silicone if necessary.
- Film Preparation: Carefully remove the protective layer, avoiding contact between the adhesive side and objects to prevent dust adhesion. Work quickly to minimize exposure to air.
- Application: Spray a generous amount of soapy solution on the glass and film to allow sliding into the desired position. Spray the exposed side and use a rubber squeegee to remove air bubbles and water, working from the center outward.
- Trimming: Use a cutter and ruler to trim excess film, leaving a 1 mm gap from the frame to prevent lifting due to thermal expansion.
- Finishing: Re-wet and press with the squeegee to remove residual water or bubbles. Visual clarity improves over 5-15 days as the application water evaporates.
- Cleaning: Clean like regular glass with soapy solution or glass cleaner, avoiding solvents or abrasives. Do not clean for the first 30 days.
Technical Specifications
| Property | Value |
|---|---|
| Appearance/Color | Very light grayish film |
| Thickness | 50 μm |
| Visible Light Transmission | 67% |
| Visible Light Absorption | 24% |
| Visible Light Reflection (Exterior) | 9% |
| Glare Reduction | 27% |
| Total Solar Energy Rejected (TSER) | 49% |
| Infrared Radiation Rejection | 91% |
| UV Radiation Rejection | >99% |
| Solar Protection Factor (SPF) | +285 |
Storage and Precautions
Store in a cool, dry place, out of reach of children. Avoid abrasive tools, cleaning products with solvents or abrasives, and exposure of the uncovered film to dust. Available in rolls of 1.52 m x 30.5 m (46.36 m²) and boxes of 0.76 m x 2 m (1.52 m²) or 0.76 m x 4 m (3.04 m²).
Ideal For
- Vehicle windows
- Windows in offices, homes, and commercial buildings
- Spaces requiring solar protection and energy savings
- Interiors with furniture sensitive to UV fading
- Glass needing enhanced safety in case of breakage
Certified Quality
Developed by Suberlev with advanced technology for optimal performance.
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