Body armors are essential for one’s safety, especially for those who operate under high levels of threat, i.e., police officers. Therefore, one must know everything about body armors, including the best materials for it, comes to armors. To choose between the materials for body armor, you must start with the kind of threats.
The class of body armors will depend upon the type of protection you require. The weight, material, thickness, and other parameters all follow the type of protection needed. None of these factors and parameters should be overlooked as all are of equal importance. Get more information from Safe Life Defense about Body Protection Best Selling Products.
Body armors such as an improved outer tactical vest can weigh around 16 kg and are mostly composed of synthetic fibers such as Spectra Shield, Kevlar, Dyneema (plastic polyethylene). The armors can also be made from metal or ceramic plates. The latest material for body armor is Kevlar.
The material is fundamentally a polymer, and like most other synthetic fibers, it is known for its durability and resistance against explosive and hard objects. Several materials are most commonly used for the manufacture of body armors. Kevlar and Polyethylene are primarily used to manufacture soft body armors, whereas ceramics and steel are used to make hard body armor.
Kevlar is an amazing material that has proved to be stronger than steel. Its threads can be woven into a cloth and used to make several technical devices with various resistance strengths. Kevlar also makes the basis of the most common forms of protective clothing. The material is used to manufacture many protective types of equipment, including those used by the NATO military units.
Body armors made with steel are thin as well as cheap but are heavy. Vests made with steel weigh more than 10 kg usually. Such armors that are manufactured with steel are used in cash collection services.
Wondering which is the best option in body vests? A bullet-proof vest that is made with polyethylene is the best option to choose. Plates of body armors function in unique yet extraordinary ways. In-flight, the bullet tends to move in a spinning movement, and this causes friction between the bullet and the PE armor plate. This means that the polyethylene armor melts once, holds the bullet, and then cools to harden again.
In the past, body armor would be extremely bulky and uncomfortable to wear. However, with the advent of Kevlar and polyethylene, a lot has changed. Body armors have now become lighter and five times stronger than steel.
Choosing the perfect material for body armor is an essential task. Before reaching any final decision, one must pay attention to all characteristics, i.e., weight, thickness, and price. None of the factors and parameters should be overlooked as it is not wise to risk one’s safety. Kevlar and Polyethylene have proved to be game-changers when manufacturing body armors and are certainly the best to choose from.