Bulletproof Ballistic Glass

GTI is a brand that has proven itself internationally in terms of bulletproof ballistic vehicle sales. It provides the highest level of protection for individuals, institutions and government officials with its vehicles with high security standards. GTI's ballistically protected vehicles have become an indispensable element of safe transportation, especially for those operating in areas with terrorist threats, armed attacks and high risk.

The bulletproof vehicles produced by GTI are equipped with state-of-the-art ballistic protection systems and are designed to provide maximum resistance against possible attacks. The most important feature of these vehicles is that they look like a standard car from the outside, but their interior and exterior are reinforced with high-resistance materials. GTI's armored vehicles are manufactured in accordance with international ballistic standards and undergo comprehensive tests against all kinds of threats.

During the production process, GTI’s ballistic vehicles are designed according to various security levels. While lightly armored models provide protection against small-caliber weapons and physical impacts, heavily armored models are resistant to military-level threats and high-caliber weapons. The doors, roof, floor and windows of the vehicles are reinforced with high-strength materials such as ballistic steel, Kevlar and bulletproof glass.

Bulletproof glass is specially designed to keep the weight of the vehicle as low as possible while providing superior resistance against bullets and shrapnel fragments. These glasses have a layered structure and prevent passengers from being harmed by absorbing impacts. In addition, the “run-flat” tires used in armored vehicles provide a safe escape by allowing the vehicle to move for a certain distance even after an explosion or bullet hit.

Here are the Main Stages of the Bulletproof Glass Production Process:

• Production of Glass Sheets: Bulletproof glass is usually produced in various layers. These layers may include special types of glass and polymer layers used between them.
• GLamination Process: Glass sheets are glued together and subjected to the lamination process. This ensures that the glass combines perfectly and forms a homogeneous structure. Lamination prevents the glass from cracking and allows it to cope with ballistic effects.
• Polymer Layers Placed Between Them: Polymer layers are usually placed between the glass layers. These polymer layers increase the flexibility of the glass, absorb energy and help provide resistance against bullets or other attacks.
• Usage of Polycarbonate: Polymer materials such as polycarbonate are generally used in the structure of bulletproof glass. These materials are resistant to impact and can absorb energy.
• Ballistic Tests and Certification: The produced bulletproof glass is subjected to ballistic tests and its performance is evaluated. These tests are carried out according to certain ballistic standards. The product is certified by passing these tests.
• Heat Treatment and Strengthening: Glass layers are usually strengthened by heat treatment. This process increases the durability of the glass.
• Glass Surface Coating: Bulletproof glass is usually coated with scratch-resistant coatings. This extends the life of the glass and makes it more resistant to external factors.
• Special Design and Adaptation to Customer Needs: Bulletproof glass production is usually designed specifically for customer needs. It is customized according to the shape, size and purpose of the glass.