DESCRIPTION
Military Vests | Tactical Vest | Ballistic Plates | Plate Carriers | Body Armor | Concealable Body Armor | Tactical Vest Accessories | Ballistic Helmets | Body Armor Plates
Bulletproof vests are designed to effectively stop bullets by utilizing different materials and mechanisms. These vests employ various types of armor, such as aramid, steel plates, ceramic plates, and PE (polyethylene).
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Aramid, a synthetic fiber, acts as a bullet-resistant material. When a bullet strikes the aramid layers in the vest, the fibers compress and slow down the bullet's velocity. This compression also shapes the bullet into a less dangerous round shape, minimizing the potential harm it can cause.
Steel plates are another common component in bulletproof vests. These plates are incredibly strong and are capable of fracturing an incoming bullet upon impact. By breaking the bullet, the steel plates disperse the energy over a wider area, reducing the force that reaches the body.
Ceramic plates, on the other hand, are specifically designed to shatter upon impact. When a bullet hits the ceramic armor, it causes the material to break into multiple pieces, dispersing the force across these fragments. This fragmentation allows the energy to be directed away from the body, providing additional protection.
Overall, bulletproof vests employ a combination of materials and mechanisms to stop the bullets. The aramid fibers in the vest slow the bullet's velocity, steel plates fracture and spread the impact energy, ceramic plates shatter and redirect the force, and PE armor melts and hardens to prevent bullet penetration while limiting the area of impact.