materials in these protective armors
One of the most advanced technologies for use by law enforcement personnel is the Body Armors. Body armor is designed to protect the police officer, fire fighter, soldier and other emergency personnel from being wounded by firearms or other objects which are fired at them. This is an important part of emergency preparedness for these highly trained individuals. Kevlar is one of the most commonly used materials in these protective armors, and has provided the military and police with some of the best protection available.
Why is Kevlar used to protect against potential threats? The Kevlar fiber is a hard, durable, lightweight and high shock resistant material which is made from synthetic polycarbonate material called Para-Apes. Since the Kevlar has been discovered in the late 1970’s, it’s been frequently used in all kinds of bullet worn, spike and baton body armors employed by these highly trained individuals. When police officers and other emergency personnel are wearing body armors, Kevlar fibers are incorporated into these protective wear. Although these fibers are extremely light and strong, they are still very dense, which increases their shock absorption ability. Because of this added benefit, Kevlar body armor has consistently held up under the most demanding conditions and has been proven both effective and safe for all those who have applied and/or wear them.
types of body armor
Many people don’t realize that there are two basic types of body armor: steel and kevlar. Some people confuse the two terms, but in truth, the classification of body armor actually refers to the material type, rather than the material used to design the protective vests. For example, while steel can be used to describe the overall structure of many body armors, such as those which protect the chest and torso area, it is strictly not meant to be mixed with kevlar. It is important to keep this distinction in mind when purchasing body armors, especially since a lot of retailers and manufacturers will utilize both terms interchangeably. If you do decide to buy steel or kevlar body armor, you should understand the differences between the two in order to make an informed decision.
One benefit of the Kevlar fiber found in Kevlar body armors is its heat resistance. Heat is one of the greatest concerns of police officers and military personnel who are often faced with responding to active shooter situations or high temperature combat environments. The extreme temperatures associated with these situations, particularly when police officers and military personnel are faced with defending themselves, pose a special concern for them. By using Kevlar fiber body armor, these individuals are able to reduce the amount of time they are vulnerable to high temperatures due to the heat resistance properties of the fiber itself. These body armors are also effective against rubber rounds and other ammunition designed to penetrate softer targets, such as soft body or soft target bows.
hostile chemical dispersal
Another benefit of the Kevlar material used in Kevlar body armors is its lightweight properties. The material itself is extremely light, which makes it easier to transport and less cumbersome when being used during a physical altercation. This is especially significant when utilizing the vests as a form of self defense weapon, since they are incredibly small in size, allowing for easy transport and storage. Due to their small size, these vests can be worn in a variety of different ways, from underneath a shirt to covering the entire torso.
Finally, another great benefit of Kevlar and its fellow materials used in protective equipment armors is that they are completely waterproof. This includes protection from being sprayed with a dangerous corrosive, such as corrosive polymers, in cases where police officers are faced with hostile chemical dispersal. In fact, due to the nature of the material itself, Kevlar and similar materials are even used in making bulletproof vests, in order to ensure the safety of those police officers who are placed in potentially hazardous situations. The future of protective clothing technology appears to be bright indeed, with new innovations being introduced on a daily basis.