Clear Safety

LACUNA Clear Safety Window Film provides high-performance protection with an optically clear design, reinforcing glass to minimize shattering from impact, break-ins, and environmental threats. Suitable for both residential and commercial applications, it enhances safety without altering the appearance of windows.

Its crystal-clear transparency ensures unobstructed natural light, maintaining the aesthetic integrity of the space while acting as an invisible shield against the dangers of broken glass.

Measurements

  • Microns: 100
  • Visible Light Transmitted (VLT): 87%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 2%
  • Total Solar Energy Transmitted: 85%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 5%
  • Shading Coefficient (SC): 0,92
  • Solar Heat Gain Coefficient (SHGC): 0,80
  • U Factor: 1,03
  • UV Rejection: ≥99
  • Emissivity: 0,86
  • Light To Solar Gain: 1,08
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 31%
  • Infrared Energy Rejection (IRER): 23%
  • Microns: 180
  • Visible Light Transmitted (VLT): 88%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 1%
  • Total Solar Energy Transmitted: 85%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 5%
  • Shading Coefficient (SC): 0,93
  • Solar Heat Gain Coefficient (SHGC): 0,81
  • U Factor: 1,05
  • UV Rejection: ≥99
  • Emissivity: 0,91
  • Light To Solar Gain: 1,09
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 32%
  • Infrared Energy Rejection (IRER): 23%
  • Microns: 280
  • Visible Light Transmitted (VLT): 88%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 2%
  • Total Solar Energy Transmitted: 83%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 7%
  • Shading Coefficient (SC): 0,93
  • Solar Heat Gain Coefficient (SHGC): 0,80
  • U Factor: 1,04
  • UV Rejection: ≥99
  • Emissivity: 0,88
  • Light To Solar Gain: 1,09
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 32%
  • Infrared Energy Rejection (IRER): 23%
  • Microns: 380
  • Visible Light Transmitted (VLT): 87%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 3%
  • Total Solar Energy Transmitted: 82%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 8%
  • Shading Coefficient (SC): 0,92
  • Solar Heat Gain Coefficient (SHGC): 0,80
  • U Factor: 1,03
  • UV Rejection: ≥99
  • Emissivity: 0,87
  • Light To Solar Gain: 1,08
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 33%
  • Infrared Energy Rejection (IRER): 23%
  • Microns: 535
  • Visible Light Transmitted (VLT): 87%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 3%
  • Total Solar Energy Transmitted: 81%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 10%
  • Shading Coefficient (SC): 0,96
  • Solar Heat Gain Coefficient (SHGC): 0,81
  • U Factor: 1,03
  • UV Rejection: ≥99
  • Emissivity: 0,92
  • Light To Solar Gain: 1,09
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 34%
  • Infrared Energy Rejection (IRER): 23%

Benefits

  1. Optically Clear Visibility
  2. Advanced Safety Capabilities
  3. Aesthetic Enhancement
  4. Energy Cost Reduction
  5. Multi-Layered Nano Technology
  6. Maximum Protection
  7. UV Rejection

Clear Safety

LACUNA Clear Safety Window Film provides high-performance protection with an optically clear design, reinforcing glass to minimize shattering from impact, break-ins, and environmental threats. Suitable for both residential and commercial applications, it enhances safety without altering the appearance of windows.

Its crystal-clear transparency ensures unobstructed natural light, maintaining the aesthetic integrity of the space while acting as an invisible shield against the dangers of broken glass.

Measurements

  • Microns: 100
  • Visible Light Transmitted (VLT): 87%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 2%
  • Total Solar Energy Transmitted: 85%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 5%
  • Shading Coefficient (SC): 0,92
  • Solar Heat Gain Coefficient (SHGC): 0,80
  • U Factor: 1,03
  • UV Rejection: ≥99
  • Emissivity: 0,86
  • Light To Solar Gain: 1,08
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 31%
  • Infrared Energy Rejection (IRER): 23%
  • Microns: 180
  • Visible Light Transmitted (VLT): 88%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 1%
  • Total Solar Energy Transmitted: 85%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 5%
  • Shading Coefficient (SC): 0,93
  • Solar Heat Gain Coefficient (SHGC): 0,81
  • U Factor: 1,05
  • UV Rejection: ≥99
  • Emissivity: 0,91
  • Light To Solar Gain: 1,09
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 32%
  • Infrared Energy Rejection (IRER): 23%
  • Microns: 280
  • Visible Light Transmitted (VLT): 88%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 2%
  • Total Solar Energy Transmitted: 83%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 7%
  • Shading Coefficient (SC): 0,93
  • Solar Heat Gain Coefficient (SHGC): 0,80
  • U Factor: 1,04
  • UV Rejection: ≥99
  • Emissivity: 0,88
  • Light To Solar Gain: 1,09
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 32%
  • Infrared Energy Rejection (IRER): 23%
  • Microns: 380
  • Visible Light Transmitted (VLT): 87%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 3%
  • Total Solar Energy Transmitted: 82%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 8%
  • Shading Coefficient (SC): 0,92
  • Solar Heat Gain Coefficient (SHGC): 0,80
  • U Factor: 1,03
  • UV Rejection: ≥99
  • Emissivity: 0,87
  • Light To Solar Gain: 1,08
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 33%
  • Infrared Energy Rejection (IRER): 23%
  • Microns: 535
  • Visible Light Transmitted (VLT): 87%
  • Visible Light Reflected External: 9%
  • Visible Light Reflected Internal: 9%
  • Glare Reduction: 3%
  • Total Solar Energy Transmitted: 81%
  • Total Solar Energy Reflected External: 10%
  • Total Solar Energy Absorbed: 10%
  • Shading Coefficient (SC): 0,96
  • Solar Heat Gain Coefficient (SHGC): 0,81
  • U Factor: 1,03
  • UV Rejection: ≥99
  • Emissivity: 0,92
  • Light To Solar Gain: 1,09
  • Total Solar Energy Rejected (TSER): 20%
  • IR Rejection: 34%
  • Infrared Energy Rejection (IRER): 23%

Benefits

  1. Optically Clear Visibility
  2. Advanced Safety Capabilities
  3. Aesthetic Enhancement
  4. Energy Cost Reduction
  5. Multi-Layered Nano Technology
  6. Maximum Protection
  7. UV Rejection

Frequently Asked Questions

Yes! Security films reinforce older windows, preventing breakage and shattering, but edge-retention systems may be needed for extra durability.

No, but they delay glass penetration when combined with:

  • Polycarbonate panels
  • Ballistic-grade laminated glass
  • Edge retention anchoring systems

Security films can withstand hurricane-force winds, accidental impact, and burglar attempts, delaying forced entry by up to 5 minutes. Advanced versions meet GSA and ASTM standards for blast mitigation.

  • Security Films: Applied externally, can be retrofitted, cost-effective.
  • Laminated Glass: Pre-installed, integrated into the glass structure, better for ballistic resistance.
    Security films are often used in combination with laminated glass for maximum protection.

An edge retention system (ERS) reinforces film adhesion to the frame, preventing the entire glass pane from being dislodged during:

  • Explosions
  • Forced entry attempts
  • Hurricane-force winds

Clear security films are nearly invisible, while tinted versions add privacy and solar control.

Yes! Films meeting ASTM F1642 or GSA TS01-2003 have been tested against blast pressures and debris impact in military, embassy, and high-risk zones.

  • Deter intruders by delaying forced entry.
  • Reduce injury risks from broken glass.
  • Improve safety in high-risk zones like front entrances & classrooms.

Yes! In factories and hazardous workspaces, security films prevent glass breakage from chemical explosions or machinery accidents, reducing worker injuries.

Yes! Security films add privacy, impact protection, and shatter resistance for glass walls in commercial spaces, schools, and conference rooms.

Yes, but only non-metallic security films should be used to avoid interfering with electronic tinting technology.

Unlike standard solar or privacy films, security films are thicker (4-15 mils) and designed to absorb impact energy, preventing glass from shattering on impact.

  • Low tear resistance means glass may separate despite staying intact.
  • High tear-resistant films ensure longer resistance to forced entry, up to 4-6 minutes under assault.

Yes! Hurricane-rated security films (8-15 mil thick) prevent windows from shattering under strong winds and airborne debris, reducing storm damage.

No, but replacing old or damaged films ensures continued protection.

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