Nano Ceramic IR

LACUNA Nano Ceramic IR window film combines advanced nano-ceramic technology with superior heat rejection. Designed for maximum insulation, it significantly reduces interior heat buildup while maintaining a comfortable driving environment, even in intense sunlight. Its refined smoked finish enhances aesthetics while protecting the interior from sun damage.

Engineered to block harmful UV and IR rays, this film minimizes glare, prevents fading, and shields passengers from potential skin-related health risks—all while ensuring clear visibility for a safe driving experience.

Nano Ceramic IR

LACUNA Nano Ceramic IR window film combines advanced nano-ceramic technology with superior heat rejection. Designed for maximum insulation, it significantly reduces interior heat buildup while maintaining a comfortable driving environment, even in intense sunlight. Its refined smoked finish enhances aesthetics while protecting the interior from sun damage.

Engineered to block harmful UV and IR rays, this film minimizes glare, prevents fading, and shields passengers from potential skin-related health risks—all while ensuring clear visibility for a safe driving experience.

Measurements

  • Visible Light Transmitted (VLT): 7%
  • Visible Light Reflected: 5%
  • Glare Reduction: 93%
  • U Factor: 1,01
  • Solar Protection Factor (SPF): 1000+
  • UV Rejection: ≥99
  • Total Solar Energy Rejected (TSER): 80%
  • IR Rejection: 90%
  • Warranty: 15 Years
  • Average Performance: 79%
  • Visible Light Transmitted (VLT): 19%
  • Visible Light Reflected: 5%
  • Glare Reduction: 76%
  • U Factor: 1,01
  • Solar Protection Factor (SPF): 1000+
  • UV Rejection: ≥99
  • Total Solar Energy Rejected (TSER): 76%
  • IR Rejection: 86%
  • Warranty: 15 Years
  • Average Performance: 79%
  • Visible Light Transmitted (VLT): 34%
  • Visible Light Reflected: 6%
  • Glare Reduction: 55%
  • U Factor: 1,01
  • Solar Protection Factor (SPF): 1000+
  • UV Rejection: ≥99
  • Total Solar Energy Rejected (TSER): 70%
  • IR Rejection: 83%
  • Warranty: 15 Years
  • Average Performance: 79%
  • Visible Light Transmitted (VLT): 50%
  • Visible Light Reflected: 6%
  • Glare Reduction: 42%
  • U Factor: 1,01
  • Solar Protection Factor (SPF): 1000+
  • UV Rejection: ≥99
  • Total Solar Energy Rejected (TSER): 62%
  • IR Rejection: 78%
  • Warranty: 15 Years
  • Average Performance: 79%

Benefits

  1. Nano Ceramic Technology For Advanced Insulation
  2. Effective Heat Rejection
  3. Aesthetic Enhancement
  4. UV Protection
  5. Fade Resistance
  6. Enhanced Privacy
  7. Smoked Tone
  8. Signal Friendly

Measurements

  • Visible Light Transmitted (VLT): 7%
  • Visible Light Reflected: 5%
  • Glare Reduction: 93%
  • U Factor: 1,01
  • Solar Protection Factor (SPF): 1000+
  • UV Rejection: ≥99
  • Total Solar Energy Rejected (TSER): 80%
  • IR Rejection: 90%
  • Warranty: 15 Years
  • Average Performance: 79%
  • Visible Light Transmitted (VLT): 19%
  • Visible Light Reflected: 5%
  • Glare Reduction: 76%
  • U Factor: 1,01
  • Solar Protection Factor (SPF): 1000+
  • UV Rejection: ≥99
  • Total Solar Energy Rejected (TSER): 76%
  • IR Rejection: 86%
  • Warranty: 15 Years
  • Average Performance: 79%
  • Visible Light Transmitted (VLT): 34%
  • Visible Light Reflected: 6%
  • Glare Reduction: 55%
  • U Factor: 1,01
  • Solar Protection Factor (SPF): 1000+
  • UV Rejection: ≥99
  • Total Solar Energy Rejected (TSER): 70%
  • IR Rejection: 83%
  • Warranty: 15 Years
  • Average Performance: 79%
  • Visible Light Transmitted (VLT): 50%
  • Visible Light Reflected: 6%
  • Glare Reduction: 42%
  • U Factor: 1,01
  • Solar Protection Factor (SPF): 1000+
  • UV Rejection: ≥99
  • Total Solar Energy Rejected (TSER): 62%
  • IR Rejection: 78%
  • Warranty: 15 Years
  • Average Performance: 79%

Benefits

  1. Nano Ceramic Technology For Advanced Insulation
  2. Effective Heat Rejection
  3. Aesthetic Enhancement
  4. UV Protection
  5. Fade Resistance
  6. Enhanced Privacy
  7. Smoked Tone
  8. Signal Friendly

Frequently Asked Questions

Darker tints offer more privacy but not necessarily better heat rejection. Ceramic and infrared films provide superior heat blocking even with lighter shades.

Standard tints do not, but some advanced anti-fog window films help reduce moisture buildup and improve visibility during cold or humid conditions.

Yes, by reducing heat and glare, window films provide a cooler, more comfortable environment for pets, but leaving pets unattended in a locked vehicle is still unsafe.

Automotive window films are thin, multi-layered films applied to car windows to improve heat rejection, UV protection, privacy, and security. High-quality films use nanotechnology, ceramic particles, or metallic coatings to block infrared heat and UV rays while maintaining visibility.

Yes, spectrally selective window films are virtually clear yet block infrared heat, making them ideal for windshields or vehicles requiring full visibility.

You may face fines, vehicle inspections, or be required to remove the tint if it doesn’t meet legal standards.

High-quality films have a scratch-resistant topcoat, but over time, rough cleaning methods, dirt buildup, or frequent window rolling can cause wear.

Yes, but it’s recommended to wait 48-72 hours after installation to allow the adhesive to cure properly and prevent peeling.

Yes, some anti-glare films reduce rear-window reflection, improving visibility in convertibles and soft-top vehicles.

Yes, some high-performance anti-glare films reduce diffused light scatter, improving contrast and clarity in low-visibility weather.

Yes, high-quality UV and anti-glare films reduce eye fatigue by blocking harsh sunlight and reflections, improving comfort for long drives.

Look for edges peeling, light distortion, or a visible film layer when rolling down the window. If unsure, a professional installer can check.

Yes, thicker security and multi-layer ceramic films can reduce road noise and wind turbulence, improving cabin quietness.

Yes, infrared-rejecting films help lower the surface temperature inside the car, protecting touchscreens, sensors, and electronics from excessive heat.

Use ammonia-free cleaners and a microfiber cloth to prevent streaks and damage to the film’s protective layers.

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