Applications

Security

Specifications

       
     


All window film will provide some protection against the hazards of broken glass. However, if security and protection are the primary objectives, we recommend
SecureGard™.

SecureGard™ films are designed to dramatically increase the shatter resistance of ordinary glass, protection against glass related injuries while deterring illegal entry.

For maximum protection,
we recommend the
SecureGard™ Triple Series

For protection with solar control,
we recommend the
SecureGard™ Solar Secure & Super Secure

 

Automotive  

Building and Homes  

Marine  

Security  

Custom Lamination & Protection  
     
SecureGard™ Non Reflective Security Film Physical Properties
 
MATERIAL COLOR MATERIAL
THICKNESS
(MICRON)
NUMBER
OF PLYS
VISIBLE
LIGHT
TRANS.
TENSILE
STRENGTH
BREAK
STRENGTH
PEEL
STRENGTH
PUNCTURE
STRENGTH
ELONGATION
AT BREAK
SR2 Mil Clear 50 1 91% 28,200 111 3,200 48 170%
SR4 Mil Clear 100 1 90% 33,175 136 3,200 74 166%
SR7 Mil Clear 175 1 89% 27,665 197 3,210 124 170%
EP SR
4 Mil
Clear 100 1 91% 33,175 136 3,200 74 166%
Double
SR8 Mil
Clear 200 2 89% 29,505 235 2,850 146 140%
Double
SR11 Mil
Clear 275 2 88% 27,328 306 1,555 187 162%
Double
SR12 Mil
Clear 300 2 87% 26,892 295 1,480 199 170%
Triple
SR14 Mil
Clear 350 3 87% 23,415 368 1,555 226 149%
Triple
SR15 Mil
Clear 375 3 87% 23,360 379 1,555 229 156%
Triple
SR21 Mil
Clear 425 3 81% 23,300 420 1,555 262 148%
Color
SR4 Mil
Charcoal
Dark
100 2 16% 25,730 105 3,210 78 142%
Color
SR4 Mil
Charcoal
Medium
100 2 36% 25,730 105 3,210 78 142%
Color
SR4 Mil
Charcoal
Lite
100 2 51% 25,730 105 3,210 78 142%

Tensile Strength has been tested in accordance with the ASTM D882 method and the result expressed in pounds per square inch (psi).
Break Strength has been tested in accordance with ASTM D882 method and the result expressed in pounds of force per inch width.
Peel Strength has been tested in accordance with the ASTM D3330 method and the result expressed in grams per inch width.
Puncture Strength has been tested in accordance with the ASTM D4830 method and the result expressed in grams of force per square inch.
Elongation At Break has been tested in accordance with the ASTM D883 method and the result expressed in a percentage.
Individual test results may vary but these figures do provide for valid product comparisons.

 

SecureGard™ Reflective Security Film Physical Properties

MATERIAL COLOR MATERIAL
THICKNESS
(MICRON)
NUMBER
OF PLYS
VISIBLE
LIGHT
TRANS.
TENSILE
STRENGTH
BREAK
STRENGTH
PEEL
STRENGTH
PUNCTURE
STRENGTH
ELONGATION
AT BREAK
Solar Secure SR                
4Mil Silver Dark 100 2 19% 25,730 136 3,210 78 142%
8Mil Silver Dark 200 2 19% 25,730 185 3,210 110 136%
8Mil Silver Medium 200 2 35% 25,730 185 3,210 110 136%
4 Mil Bronze Dark 100 2 21% 25,730 136 3,210 78 136%
4 Mil Grey Medium 100 2 36% 25,730 136 3,210 78 136%
Solar Secure SR Visions                
4 Mil Medium 100 3 36% 25,730 136 3,210 78 142%
4 Mil Ultra-Lite 100 3 66% 25,730 136 3,210 78 142%
6 Mil Dark 150 3 24% 25,730 220 3,210 112 136%
6 Mil Medium 150 3 36% 25,730 220 3,210 112 136%
9 Mil Medium 225 3 36% 25,730 290 3,210 178 156%
9 Mil Lite 225 3 49% 25,730 290 3,210 178 156%
Solar Secure SR Titan                
6 Mil Medium 150 4 35% 28,500 148 3,210 112 130%
6 Mil Lite 150 4 49% 28,500 148 3,210 112 130%
Solar Secure SR Starlight                
9 Mil Medium 225 3 37% 25,730 290 3,210 178 156%
Super Secure SR                
4 Mil Neutral Medium 100 2 39% 25,730 136% 3,210 78 136%
4 Mil Neutral Lite 100 2 51% 25,730 136% 3,210 78 136%
4 Mil Neutral Ultra-Lite 100 2 62% 25,730 136% 3,210 78 136%
8 Mil Neutral Medium 200 2 39% 25,730 185% 3,210 110 136%
8 Mil Neutral Lite 200 2 51% 25,730 185% 3,210 110 136%
8 Mil Neutral Ultra-Lite 200 2 62% 25,730 185% 3,210 110 136%

Tensile Strength has been tested in accordance with the ASTM D882 method and the result expressed in pounds per square inch (psi).
Break Strength has been tested in accordance with ASTM D882 method and the result expressed in pounds of force per inch width.
Peel Strength has been tested in accordance with the ASTM D3330 method and the result expressed in grams per inch width.
Puncture Strength has been tested in accordance with the ASTM D4830 method and the result expressed in grams of force per square inch.
Elongation At Break has been tested in accordance with the ASTM D883 method and the result expressed in a percentage.
Individual test results may vary but these figures do provide for valid product comparisons.

 

 
             

Applications

Security

Specifications

       
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