What is Glass resistant to bullets?
Glass proofit from the bullet indicates any type of glass that is built to oppose the penetration of mostly bullets. Although the public uses the term driving glass, it is usually referred to as bullets resistant in the industry, because there is no feasible way to create glass at the level of consumer, which can actually be proof against bullets. There are two main types of glass glass: the one that uses laminated glass laminated on top of each other, which uses polycarbonate thermoplastic. In general, for some applications, about four inches (100 mm) are thick for some applications, although it can be as thick as eight inches (200 mm). Thin leaves of glass are laminated together by means of glued reagent, usually polyurethane or ethylene-vinyl.
The more common type of modern reflective glass uses polycarbonate thermoplastic layman between glass. This layer, which falls under many trade names, including Lexan, Armormax and Makroclear, is built to withstand blunt force. DistriThe strength cells are relatively evenly, so if it is hit by a hammer, fist or ax, it would easily bounce the object.
The polycarbonate layer itself could easily penetrate the streamful bullet. However, it becomes much more efficient in glass. When the bullet hits the glass layer, it flatters when it breaks the glass, which would not prevent the passage. When it encounters a polycarbonate layer, it was flattened so that the plastic is able to bounce it. More layers of glass and plastic are layered on top of itself to ensure that the bullet is reasonably flattened and slowed to stop completely.
In recent years, it has become a popular type of deployment, such as armored cars, where it is desirable that people can fire from the inside on those on the outside, while still protected from the coming bullets. One -way proof slides. Uses a two -layer approach to ensure theO that the bullets can penetrate only from one direction. The outer side of the window is made up of a brittle glass that breaks at an impact, while inside the window is made up of a more flexible layer that gives direct forces. When the missile is fired from the inside, it penetrates a flexible layer, then breaks the small area of the outer layer and passes. However, when the bullet from the outside is burned, it first hits a fragile layer that breaks and distributes its strength, so it is not enough to penetrate the flexible layer.
The bullets field on the bullet is constantly evolving, and there are a number of military projects that create lighter weight, more defensive forms of glass. One of the most promising is the use of aluminum oxynitride in the outer layer instead of the polymer layer. This allows much lighter and more durable glass that can be used in military offensive vehicles and aircraft.