Armorcore Level 4 Bullet Resistant Fiberglass Wall Panel UL 752 Rated

Our bullet resistant panels are designed to absorb a bullet’s energy within the panel’s laminate. The composite laminate consists of woven fiberglass reinforced with resin, which makes it capable of defeating a bullet through a process of energy absorption within the laminate. Once the panels have begun to delaminate from impact, any additional shots become progressively easier to defeat because the energy is more readily absorbed by the laminate. In contrast to steel barriers, the fiberglass laminate is designed to prevent ricochet of the bullet as well as spalling to the non-threat side of the panel.To get more news aboutbulletproof zone, you can visit bulletproofboxs.com official website.

Bullet resistant fiberglass panels are most commonly used in wall assemblies, counters, doors, millwork, cubicles, and desks for many different architectural facility designs. Some of these facilities include Commercial, Schools, Financial, Government, Grid Security, Healthcare, Law Enforcement, Military, Residential, Safe Rooms and beyond.
UL 752 Industry Standards
Underwriters Laboratories, Inc., the world’s oldest and largest, not for profit, independent testing company, wrote the standard for bullet resistant materials. The UL752 standard has been widely accepted throughout the world as the standard for architectural bullet resistive building materials.

Our panels have been tested according to that standard by Underwriters Laboratories, Inc.

A ballistic resistive product becomes “UL Listed” after being subjected to a variety of ballistic tests which include shooting the materials while frozen at -25 degrees Fahrenheit and while heated to 120 degrees Fahrenheit. After the initial testing series, the product is then set up for maintenance testing that involves “pulling random samples” without notice from the manufacturer’s routine production on a quarterly rotation. This rigorous testing schedule ensures that the product is being made without variation and has the highest level of ballistic resistive integrity available.