Windshield Protection
Glass Defender Protectant
What it is: Glass Defender Protection is a multi stage Treatment. It is a micro polymer resistant coating that forms a covalent bond to your windshield of vehicle paint. A covalent bond is a form of chemical bonding that is characterized by sharing pairs of electrons between atoms, and or other covalent bonds This is known as “attraction to repulsion stability” that forms between atoms when they share electons. This creates an invisible impact resistant barrier, and bonded hydrophobic coating.
How It Works
If you look up close your windshield and car paint have imperfect, rough and pitted surface, much like a sheet of sand paper. Our protection system fills in the imperfections on your windshield or vehicle surface making harder and extremely smooth. The treated surface allows for natural deflection of road debris and water, virtually eliminating severe non-repairable damage to the surface of your vehicle windshield or paint. Allowing for a safer driving experience in all kinds of weather conditions.

Protect your Windshield Today
Lifetime Protection only $49.95
Flash Point will Fix all rock chips, and protect with glass defender protectant for the life of your windshield
1 Year Bullet Proof Do It Yourself Protection only $19.95
(Comes with: Enough Glass Defender to treat one windshield all year)
Benefits of Protection
Prevents Rock Chips
Prevents Cracks
Prevents Sand Blasting
Repeals Bugs
Repels Rain
Saves you $$$$$$
24/7 Text Support
(208) 312-5854
If you don’t ask we can’t help!
Social Networking Links
Sign up and follow us on our many Channels. This will help you not miss the opportunity to receive daily deals and other promotional items each week.
-
Flash Point Protection and YOUR car.
Flash Point Protection Systems 25 Apr 2011 | 1:22 pmProtecting your car windshield just got a lot easier for this week get single application for $20.00
Read more... -
New Blog For Flash Point Protection Systems
Flash Point Protection Systems 20 Mar 2011 | 11:18 pmKeep checking out our Blog Posts
Read more...



