C-bond Security Film Adhesive For Bomb Blast Protection
Bombs are becoming a bigger and bigger threat here in the US and as we have seen in Austin–a very real one. Bombs are a horrible way for terrorists to inflict massive amounts of damage on soft targets of random businesses and are very hard to detect and prevent. However, there is a way for Austin businesses to protect themselves against bombs and give themselves and their employee’s peace of mind--bomb blast window film using the high-tech adhesive C-Bond.
What is C-Bond?
C-bond is a patented technology that uses nanotechnology engineering (the manipulation of atoms and molecules)–to strengthen glass and give it more flexibility. These unique properties allow the glass to dissipate energy on the molecular level. However, you don’t need to fully understand the science of C-bond to know that C-bond offers the strongest protection against bombs in commercial glass adhesive world.
C-BOND: A Bomb Security Solution For Your Austin Business
All the incredible science behind C-bond means businesses in Austin have an invisible protective barrier, resilient to high impact force and severe stress environments at their fingertips. It is a way to stay protected in today’s uncertain world against bombs and other types of attack. C-Bond, used in conjunction with window film products significantly enhances the adhesion of film to glass, which means shards are retained within the immediate area of the compromised glass surface even after a bomb blast. So when the unexpected happens, your Austin business has significantly less injury and collateral damage. Since bomb attacks are often devastating to human life and property value, C-bond is an investment any Austin commercial property should consider.
For more information on bomb blast film read the PDF specs below:
.For more information on our extensive line of security products such as C-bond adhesive, security films, and specialty security attachment frames, contact Custom Tint Solutions to schedule a free on-site consultation.