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C-Bond is a patented, non-toxic, water based ‘green’ nanotechnology window lm application
solution designed to signicantly increase glass strength, enhance glass exibility and increase the
adhesion of window lm to glass products.
The C-Bond formula is engineered to always maintain original glass design integrity while
dramatically increasing the performance properties of glass and window lm products.
The C-Bond technology works as a “smart solution.” It enables ordinary glass to dissipate energy
by identifying random microscopic defects that are a natural part of every glass surface. C-Bond
then works to repair the identied surface imperfections that weaken the glass composite
structure and ultimately act as failure initiators. C-Bond also improves the performance of window
lm products by signicantly enhancing the adhesion of lm-to-glass products, so that in case of
impact, no large pieces will escape the immediate area of the glass surface resulting in serious
laceration and/or life threatening injury.
C-Bond was developed at Rice University, recipient of the Nobel Prize for Nanoscience research
and home to the Smalley Institute of Nanoscale Science & Technology and is a direct result of
nanotechnology engineering. C-Bond Systems partners and works with the most highly regarded
specialty institutions and highly qualied subject matter experts in the glass, window lm, and
nanotechnology industries.
C-Bond is a multi-generational technology supported by 23 patents spanning core and strategic
Nanotechnology applications and processes. C-Bond has been tested by leading independent
laboratories in accordance with government, industry, law enforcement standards and
validated to signicantly improve the performance properties of glass and window lm products.
• Patented nanotechnology window lm application solution
• Best practice for EXCELLENCE in all window lm applications
• Works with ANY lm manufacturers product
• Designed for use in ALL lm segments – solar, decorative, safety, auto tint and marine
• Increases glass strength by up to 100%
• Increases glass exibility by up to 100%
• Increases lm-to-glass adhesion by up to 100%
• Reduces lm cure time by up to 75%
• Reduces probability of spontaneous glass failure induced by thermal stress
• Alters glass breakage to a safety pattern
• Complete residential and commercial warranty coverage
• Patented high-security window lm system
• The ULTIMATE in glass performance and protection in safety and security lms
• Powered by patented Carbon Nanotube (CNT) Technology lm application solution
• Increases glass strength by up to 250%
• Increases glass exibility by up to 250%
• Increases lm-to-glass adhesion by up to 100%
• Reduces lm cure time by up to 75%
• Reduces probability of spontaneous glass failure induced by thermal stress
• Alters glass breakage to a safety pattern
• The ONLY lm system to pass National Institute of Justice (NIJ) Level I, Level IIA and UL
752 ballistic resistant tests
• Blocks 99.9% of all damaging UV Rays, rejects 80% of solar heat and reduces energy
costs by up to 40%
• Complete residential and commercial warranty coverage
C-Bond is commercially proven at some of the highest security facilities in the world:
• George Bush International Airport
• Los Angeles International Airport
• Los Angeles Police Department Headquarters
• Houston Fire Department
• Federal Bureau of Investigations
• National Institute of Justice
• Supreme Court in Washington
• Halliburton
• J.P Morgan Chase
• GLASS STRENGTH
Tested at Rice University in Houston, Texas, in accordance with the American Society for Testing
and Materials (ASTM C-1499) and validated to signicantly increase the strength and exibility of
glass products.

• FORCED ENTRY
Tested at Stork Laboratories, an independent leading research laboratory in Woburn, MA in
accordance with Consumer Product & Safety Commission (CPSC 1201.4 Impact Test) and
validated to protect against forced entry.

• PEEL STRENGTH
Tested at Rice University in Houston, Texas, in accordance with the American Society for Testing
and Materials (ASTM C-3330) and validated to signicantly increase the adhesion of lm to glass
products.

• HURRICANE
Tested at Miami-Dade Hurricane Testing Center, one of only two approved facilities for Hurricane
testing in the United States, in accordance with American Society for Testing and Materials and
validated to increase safety and protection levels in the event of severe windstorms.

• BALLISTIC – NIJ LEVEL I
Tested at H.P White Laboratories, an independent leading research laboratory in Gaithersburg,
Maryland in accordance with National Institute of Justice (NIJ-STD- LEVEL I) and validated to
protect against 22 LR and 38 magnum caliber munitions.

• BALLISTIC – NIJ LEVEL IIA
Tested at H.P White Laboratories, an independent leading research laboratory in Gaithersburg,
Maryland in accordance with National Institute of Justice (NIJ-STD-Level IIA) and validated to
protect against 9mm and .357 magnum caliber munitions.
• BALLISTIC – UL 752
Tested at H.P White Laboratories, an independent leading research laboratory in Gaithersburg,
Maryland in accordance with Underwriters Laboratory (UL) Standards and validated to protect
against 9mm caliber munitions.

• BLAST
Tested at ABS Consulting, an independent leading research laboratory in San Antonio, Texas, in
accordance with U.S General Services Administration (ASTM F1642-04) and U.S General Services
Administration (GSA TS01-2003) and validated to protect against the effects of improvised
explosive devices.