Madico
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SafetyShield for School Campuses

SafetyShield

Schools need proven protection against today’s growing security threats, especially forced entry. SafetyShield® G2 safety and security films are engineered to hold glass in place under extreme stress, including the ASTM F 3561 (glazing component rating) standards for forced entry resistance after simulated active shooter attacks and EN 356 for manual attack resistance. By strengthening vulnerable glass openings, SafetyShield helps delay intruders, safeguard students and staff, and give responders valuable time to act.

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Forced Entry Defense

Stronger Schools Start with Safer Glass

A secure perimeter is the first step in protecting students and staff. SafetyShield® safety and security films reinforce vulnerable glass windows and doors — areas most often targeted in forced-entry attempts. By strengthening these weak points, schools can deter intruders, delay break-ins, and give law enforcement critical time to respond.

Industry-Leading Adhesive Strength

Our proprietary adhesive technology ensures unmatched glass-to-film bonding, resulting in the highest Peel Strength across the industry.

Tested Against the Toughest Standards.

SafetyShield G2 is tested against the industry’s newest standards, ASTM F 3561 Forced Entry Resistance after Simulated Active Shooter (glazing component rating) and EN 356 Resistance against Manual Attack, among others

Premium Polyester Construction

Offers greater tensile strength and tear resistance than standard films.

Protect Students & Staff

By preventing shattered glass from scattering, SafetyShield reduces the risk of injury during emergencies.

Everyday Impact Resistance

Absorbs and disperses energy from accidental impacts, minimizing the chance of dangerous breakage.

Trusted Versatility

Ideal for schools, offices, retail, government facilities, and residential homes.

Delay Intruders

SafetyShield films hold glass in place even after impact, making forced entry more difficult and time-consuming.

Enhanced Visibility Control

Optional tints and view-obscuring films can be added to limit visibility into classrooms and other sensitive areas, further protecting the privacy and security of students and staff.

Backed by Certified Expertise

Supported by the Madico SafetyShield Premier Partner (MSPP) program, the industry’s leading comprehensive safety and security film certification program.

Anchored safety film solutions

The Power of a Complete System

There are four different patented and proprietary Anchoring Restraint System solutions available – each with its own level of performance.

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FrameGard™

When paired with SafetyShield® film, the FrameGard™ Anchoring System is engineered to keep glass securely within its frame during impact. By clamping the filmed glass to the window frame, FrameGard provides a custom-fit solution that enhances safety and extends protection.

  • Secure Glass Retention. Prevents filmed glass from dislodging, even under extreme impact.
  • Engineered Flexibility. Built-in movement zone absorbs stress without damaging frames or fixings.
  • Custom Precision. Torque settings can be adjusted for each installation, ensuring optimal performance.
  • Enhanced Protection. Combines with SafetyShield film to create a stronger, more reliable barrier.
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GullWing

The GullWing® Anchoring System, used with SafetyShield® film, is designed to absorb and disperse energy across the entire glazed opening. This reduces stress on the glass and frame, helping keep filmed glass in place and minimizing the risk of dangerous debris.

  • Energy Absorption. Disperses impact forces to lessen stress on glass and frames.
  • Glass Retention. Helps keep filmed glass securely in the opening after impact.
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Additional Anchoring Options

The Wet Glaze and LifeLine® Anchoring Systems, when paired with SafetyShield® film, provide reliable, cost-effective solutions for securing glass after breakage. Wet Glaze uses a high-performance sealant joint to bond filmed glass to the frame, while LifeLine employs energy-absorbing cords to restrain shattered glass and reduce hazards during extreme events. Together, these systems expand SafetyShield’s flexibility for different applications and budgets.

  • Cost-Effective Retrofit Option. Wet Glaze offers an economical solution for existing windows and doors using proven structural sealants.
  • Blast-Tested Protection. LifeLine is engineered for industrial and manufacturing settings, using restraint cords tested to withstand blasts up to 10 psi.

Product Overview

Explore the Specifications & Overview section below to instantly access all the essential resources—brochures, product overviews, and crucial downloads like 3-Part Specs—for seamless integration of SafetyShield® solutions into your building designs.

Product Specs

Product specs
% Visible Light - Trans. 88%
% Visible Light - Reflected External 9%
% Visible Light - Reflected Internal 9%
% Visible Light - Glare Reduction 1%
% Total Solar Energy - Trans. 75%
% Total Solar Energy - Reflected External 7%
% Total Solar Energy - Absorbed 18%
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 (see PDF for details) 32%
Infrared Energy Rejection (IRER) 23%
Film Thickness 0.008"
Structural Components 0.007"
Structure Single Ply
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 210 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 5 to 6 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 87%
% Visible Light - Reflected External 9%
% Visible Light - Reflected Internal 10%
% Visible Light - Glare Reduction 2%
% Total Solar Energy - Trans. 74%
% Total Solar Energy - Reflected External 8%
% Total Solar Energy - Absorbed 18%
Shading Coefficient (SC) 0.92
Solar Heat Gain Coefficient (SHGC) 0.80
U Factor 1.05
UV Rejection ≥ 99%
Emissivity 0.91
Light to Solar Gain 1.09
Total Solar Energy Rejected (TSER) 20%
IR Rejection (see PDF for details) 34%
Infrared Energy Rejection (IRER) 24%
Film Thickness 0.0095"
Structural Components 0.008"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 210 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 5 to 6 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 87%
% Visible Light - Reflected External 10%
% Visible Light - Reflected Internal 9%
% Visible Light - Glare Reduction 2%
% Total Solar Energy - Trans. 74%
% Total Solar Energy - Reflected External 8%
% Total Solar Energy - Absorbed 18%
Shading Coefficient (SC) 0.92
Solar Heat Gain Coefficient (SHGC) 0.80
U Factor 1.05
UV Rejection ≥ 99%
Emissivity 0.90
Light to Solar Gain 1.09
Total Solar Energy Rejected (TSER) 20%
IR Rejection (see PDF for details) 34%
Infrared Energy Rejection (IRER) 24%
Film Thickness 0.0095"
Structural Components 0.008"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 210 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 5%
Peel Strength 10 - 12 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 85%
% Visible Light - Reflected External 10%
% Visible Light - Reflected Internal 10%
% Visible Light - Glare Reduction 2%
% Total Solar Energy - Trans. 71%
% Total Solar Energy - Reflected External 8%
% Total Solar Energy - Absorbed 21%
Shading Coefficient (SC) 0.89
Solar Heat Gain Coefficient (SHGC) 0.78
U Factor 1.04
UV Rejection ≥ 99%
Emissivity 0.90
Light to Solar Gain 1.10
Total Solar Energy Rejected (TSER) 22%
IR Rejection (see PDF for details) 41%
Infrared Energy Rejection (IRER) 27%
Film Thickness 0.017"
Structural Components 0.015"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 450 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 5%
Peel Strength 5 to 6 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 85%
% Visible Light - Reflected External 10%
% Visible Light - Reflected Internal 10%
% Visible Light - Glare Reduction 4%
% Total Solar Energy - Trans. 71%
% Total Solar Energy - Reflected External 8%
% Total Solar Energy - Absorbed 21%
Shading Coefficient (SC) 0.89
Solar Heat Gain Coefficient (SHGC) 0.78
U Factor 1.04
UV Rejection ≥ 99%
Emissivity 0.90
Light to Solar Gain 1.10
Total Solar Energy Rejected (TSER) 22%
IR Rejection (see PDF for details) 41%
Infrared Energy Rejection (IRER) 27%
Film Thickness 0.017"
Structural Components 0.015"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 29,000 PSI Avg. MD/TD
Traverse Tensile Strength 34,000 PSI Avg. MD/TD
Break Strength 473 lbs. Per Inch (Width)
Longitudinal Elongation at Break 160%
Traverse Elongation at Break 130%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 10 - 12 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 44%
% Visible Light - Reflected External 28%
% Visible Light - Reflected Internal 27%
% Visible Light - Glare Reduction 51%
% Total Solar Energy - Trans. 31%
% Total Solar Energy - Reflected External 24%
% Total Solar Energy - Absorbed 45%
Shading Coefficient (SC) 0.51
Solar Heat Gain Coefficient (SHGC) 044
U Factor 0.95
UV Rejection ≥ 99%
Emissivity 0.70
Light to Solar Gain 0.99
Total Solar Energy Rejected (TSER) 56%
IR Rejection (see PDF for details) 83%
Infrared Energy Rejection (IRER) 62%
Film Thickness 0.010"
Structural Components 0.0085"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 240 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 5 to 6 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 17%
% Visible Light - Reflected External 56%
% Visible Light - Reflected Internal 58%
% Visible Light - Glare Reduction 81%
% Total Solar Energy - Trans. 12%
% Total Solar Energy - Reflected External 45%
% Total Solar Energy - Absorbed 43%
Shading Coefficient (SC) 0.27
Solar Heat Gain Coefficient (SHGC) 0.23
U Factor 0.88
UV Rejection ≥ 99%
Emissivity 0.58
Light to Solar Gain 0.74
Total Solar Energy Rejected (TSER) 77%
IR Rejection (see PDF for details) 95%
Infrared Energy Rejection (IRER) 78%
Film Thickness 0.010"
Structural Components 0.0085"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 240 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 5 to 6 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 43%
% Visible Light - Reflected External 14%
% Visible Light - Reflected Internal 17%
% Visible Light - Glare Reduction 51%
% Total Solar Energy - Trans. 34%
% Total Solar Energy - Reflected External 14%
% Total Solar Energy - Absorbed 52%
Shading Coefficient (SC) 0.57
Solar Heat Gain Coefficient (SHGC) 0.49
U Factor 0.95
UV Rejection ≥ 99%
Emissivity 0.71
Light to Solar Gain 0.88
Total Solar Energy Rejected (TSER) 51%
IR Rejection (see PDF for details) 76%
Infrared Energy Rejection (IRER) 55%
Film Thickness 0.010"
Structural Components 0.0085"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 240 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 5 to 6 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 36%
% Visible Light - Reflected External 15%
% Visible Light - Reflected Internal 22%
% Visible Light - Glare Reduction 60%
% Total Solar Energy - Trans. 28%
% Total Solar Energy - Reflected External 15%
% Total Solar Energy - Absorbed 57%
Shading Coefficient (SC) 0.51
Solar Heat Gain Coefficient (SHGC) 0.46
U Factor 0.96
UV Rejection ≥ 99%
Emissivity 0.73
Light to Solar Gain 0.80
Total Solar Energy Rejected (TSER) 55%
IR Rejection (see PDF for details) 82%
Infrared Energy Rejection (IRER) 59%
Film Thickness 0.010"
Structural Components 0.0085"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 240 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 5 to 6 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 14%
% Visible Light - Reflected External 49%
% Visible Light - Reflected Internal 20%
% Visible Light - Glare Reduction 85%
% Total Solar Energy - Trans. 14%
% Total Solar Energy - Reflected External 41%
% Total Solar Energy - Absorbed 46%
Shading Coefficient (SC) 0.31
Solar Heat Gain Coefficient (SHGC) 0.27
U Factor 0.94
UV Rejection ≥ 99%
Emissivity 0.69
Light to Solar Gain 0.52
Total Solar Energy Rejected (TSER) 73%
IR Rejection (see PDF for details) 91%
Infrared Energy Rejection (IRER) 69%
Film Thickness 0.011"
Structural Components 0.0095"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 240 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 5 to 6 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 26%
% Visible Light - Reflected External 29%
% Visible Light - Reflected Internal 15%
% Visible Light - Glare Reduction 71%
% Total Solar Energy - Trans. 25%
% Total Solar Energy - Reflected External 26%
% Total Solar Energy - Absorbed 49%
Shading Coefficient (SC) 0.49
Solar Heat Gain Coefficient (SHGC) 0.39
U Factor 0.96
UV Rejection ≥ 99%
Emissivity 0.72
Light to Solar Gain 0.65
Total Solar Energy Rejected (TSER) 61%
IR Rejection (see PDF for details) 91%
Infrared Energy Rejection (IRER) 82%
Film Thickness 0.011"
Structural Components 0.0095"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 240 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 5 to 6 lbs. Per Inch Width
Product specs
% Visible Light - Trans. 65%
% Visible Light - Reflected External 26%
% Visible Light - Reflected Internal 27%
% Visible Light - Glare Reduction 27%
% Total Solar Energy - Trans. 43%
% Total Solar Energy - Reflected External 30%
% Total Solar Energy - Absorbed 27%
Shading Coefficient (SC) 0.58
Solar Heat Gain Coefficient (SHGC) 0.51
U Factor 094
UV Rejection ≥ 99%
Emissivity 0.68
Light to Solar Gain 1.28
Total Solar Energy Rejected (TSER) 49%
IR Rejection (see PDF for details) 81%
Infrared Energy Rejection (IRER) 56%
Film Thickness 0.0105"
Structural Components 0.009"
Structure Multi-Ply Laminate
Adhesive Type Acrylic Pressure Sensitive
Longitudinal Tensile Strength 28,000 PSI Avg. MD/TD
Traverse Tensile Strength 36,000 PSI Avg. MD/TD
Break Strength 240 lbs. Per Inch (Width)
Longitudinal Elongation at Break 150%
Traverse Elongation at Break 100%
Yield Strength 14,000 PSI Avg. MD/TD
Elongation at Yield 120%
Peel Strength 5 to 6 lbs. Per Inch Width

Downloads

Data Sheet - SafetyShield G2 1500

This data sheet provides detailed technical specifications, test results, and performance measurements for Madico’s SafetyShield® G2 1500 safety and security film, engineered to protect glass against breakage, disasters, forced entry, and other threats.

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Data Sheet - SafetyShield G2 800

This data sheet outlines the technical specifications, testing results, and performance data for Madico’s SafetyShield® G2 800 safety and security film, designed to safeguard glass against breakage, natural disasters, forced entry, and other threats.

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SafetyShield Performance Metrics

The document provides detailed performance measurements of various SafetyShield® films, including their solar energy rejection, UV rejection, and physical properties, demonstrating their effectiveness in glare reduction, infrared energy rejection, and tensile strength.

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Anchoring System: FrameGard’s Superior Protection

Madico's FrameGard Anchoring System, designed for use with SafetyShield window films, ensures treated glass remains securely in place during incidents, offering certified performance in blast mitigation and improved safety by mechanically clamping the filmed glass to the window frame, absorbing energy, and preventing glass shards from causing harm.

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Anchoring System: Benefits of GullWing

Madico's GullWing Anchoring System, used with SafetyShield window films, absorbs and disperses impact energy across the entire glazed area, retaining glass fragments and preventing debris from entering a room. This system offers certified performance and comes in various sizes to fit different window frames, ensuring optimal safety and security.

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Anchoring System: Benefits of LifeLine

Madico's LifeLine Anchoring System works with SafetyShield film to provide superior protection by absorbing and redirecting blast energy, preventing glass shards from entering buildings. This system is especially effective in industrial settings, offering tested performance up to 10 psi to reduce injury and property damage during catastrophic events.

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Anchoring System: Benefits of Wet Glaze

Madico's Wet Glaze Anchoring System enhances the performance of SafetyShield window films by absorbing and distributing energy from impacts and blasts, keeping glass fragments contained and reducing the risk of injury and property damage. Ideal for retrofit applications, this system offers a cost-effective solution for enhancing glass safety and security.

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Case Studies

Case Study: Elementary School Enhances Safety with SafetyShield® 800 Film

A public elementary school in Ballston Spa, N.Y. upgraded its fire-rated, wire mesh glass to meet impact standards using SafetyShield 800 film, improving safety without compromising the glass's fire-stop performance.

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Case Study: SafetyShield Protects Baylor St. Luke’s Medical Center

Discover how Baylor St. Luke’s Medical Center improved patient safety and protected valuable medical equipment using Madico’s SafetyShield films, installed by The Enpro Group, which provide comprehensive protection against natural and man-made disasters.

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Case Study: SafetyShield Brings Griner Engineering Building Up to Code

Learn how the Griner Engineering Building in St. Petersburg, Florida, achieved compliance with modern building codes and enhanced occupant safety using Madico’s SafetyShield 800 Reflective Silver 20 film, installed by Film Solutions, LLC, during a comprehensive renovation project.

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3 Part Specs

SafetyShield G2 RS 20 PS SR

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SafetyShield G2 800 PS SR

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SafetyShield G2 1500 PS SR

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3 Part Spec SafetyShield 700 PS SR

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3 Part Spec SafetyShield 800 40 PS SR

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3 Part Spec SafetyShield 800 20 PS SR

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3 Part Spec SafetyShield 800 PS SR

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3 Part Spec SafetyShield 800 25 PS SR

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3 Part Spec SafetyShield 800 15 PS SR

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3 Part Spec SafetyShield 800 DG 35 PS SR

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3 Part Spec SafetyShield 800 DG 45 PS SR

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3 Part Spec SafetyShield 700 PS SR

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3 Part Spec SafetyShield 1500 PS SR

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088723 SafetyShield G2 800 Nova 70 PS SR

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088723 SafetyShield G2 800 Opti 15 PS SR

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088723 SafetyShield G2 800 Opti 25 PS SR

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088723 SafetyShield G2 800 RS 40 PS SR

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Videos

FAQs

Madico always recommends the use of an anchoring restraint system for glass with spontaneous breakage. There are many anchoring restraint systems available. Mechanical anchoring such as FrameGard®, which holds the film in place through a combination of screws and tape and an aluminum extrusion. This is by far the safest attachment system, tested to hold from 500 to 800 pounds per linear foot of attachment.

Because many frames and building situations do not allow for screws to be used, the Wet Glaze attachment system is the most common attachment method used for these applications. Wet glaze attachment systems have been thoroughly tested to blast mitigation standards and wind loads. As such, Wet glaze attachment systems are a very practical choice for NiS failure mitigation.

In a Wet Glaze installation, the safety film is installed in a daylight configuration, after which a sizeable bead of structural silicone is installed with a minimum of a 1/2-inch (13 mm) contact with the film and the frame. Heavier pieces of glass may require a bead which uses 3/4-inch (19 mm) or larger contact on both the film and frame system.

Choosing the best system for your glass is based on the weight of the glass and the type of framing system. Contact your Madico sales representative and Madico Technical Services for aid in calculating the bead size.

Spontaneous glass breakage is a very real issue with tempered or thermally toughened glass. Nickel sulfide inclusions, while not the only cause, are by far the most common cause for spontaneous breakage.

Nickel sulfide (NiS) inclusions are small, pencil point size particles or imperfections that may be found within a sheet of glass. These are not an issue in common annealed glass but when tempered/toughened glass they can expand due to thermal cycles, breaking the outer plane of compression, causing the entire sheet of glass to explode.

Although tempered/toughened glass breaks into small light pieces, these pieces may still cause injury to people should they fall out of a building above pedestrians. Through our testing, Madico has seen that portions of many panes of tempered/toughened glass, once broken, will hold together until they impact the ground. This allows large portions of glass to strike with considerable weight and force.

Buildings with spontaneous breaks have used safety films for years to hold a broken sheet of tempered glass in place once NiS failure occurs. Depending on the size and weight of the glass, a 7 or 8 mil safety films is used to hold the glass together. For exterior applications, an exterior grade 7 mil safety film is used.

Due to the potential for fallout, Madico does not recommend a simple daylight installation of safety film. Daylight installations is when the film is installed on the visible part of the glass. In this type of installation, once glass breakage occurs, these vibrations may cause the entire sheet of filmed glass to fall from the opening.

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