![]() ![]() The application most well known is as a protective and bulletproof material. ![]() Therefore, we encase Kevlar ballistic panels designed for exterior environments in weather-resistant materials. Moisture will oppose the bonds keeping the fibers tight, allowing a bullet to more easily push these fibers aside, thus potentially allowing a bullet to penetrate through. ![]() Modern Kevlar is improved to be resistant to water, but long-term presence may hinder its effectiveness in stopping bullets. Kevlar KM2 – enhanced ballistic resistance for armor applications Shop Ballistic Panels Kevlar XP – lighter weight resin and KM2 plus fiber combination Kevlar AP – Adds 15% higher tensile strength than K-29 Kevlar K129: features very high tenacity for ballistic applications, like ballistic panels. Kevlar K49: found in essential cable and rope products. Kevlar K-29: found in industrial applications, such as solid cables or vehicle armor. It comes in a vĪriety of material types, each with different benefits, including: There is more than just one type of Kevlar material. Production of the ballistic Kevlar fabric is expensive due to the challenges related to using concentrated sulfuric acid. Production requires sulfuric acid to keep the water-insoluble polymers combined in the solution during its synthesis. A mechanical process orients the polymer in an effective direction. Kevlar is created through the chemical reaction of various monomers through condensation, resulting in liquid crystalline comportment. ![]()
0 Comments
Leave a Reply. |