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Protecting your business from theft and armed robbery is a matter of ethical and commercial necessity. There were almost 300,000 robberies carried out across the US in 2017 alone; 118,745 of which involved firearms. This represents an enormous concern for store clerks who routinely operate in positions of vulnerability. The priority in commercial security should always be ensuring the safety of your most valuable asset; your employees. keep reading

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Innovation in the field of ballistic resistance has historically followed breakthroughs in the field of firearms. Italian engineers first experimented with the idea of the bulletproof vest in the 1500s, following the invention of the wheel lock rifle. The design was a composite of layered metal plates designed to absorb impacts and shatter incoming projectiles, but the results were largely ineffective. Ballistic fiberglass panels have arisen as a direct result of centuries of research into protective apparel and architectural solutions.

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Fiberglass was first engineered as a lightweight alternative to structural materials for various modes of transit, typically boats and small aircraft. Yet novel design techniques and new methods of developing polymer composites reinforced with glass fibers unlocked a raft of novel qualities, including excellent impact resistance characteristics. The material subsequently emerged as an unlikely contender for ballistic protection applications. This potential was rapidly expanded and explored to the point at which fiberglass panels are now among the leading components for structural bullet proofing applications. keep reading

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Security doors are designed to shore up your defenses against forced entry and ballistic impacts. When a security threat becomes apparent, your personnel require a last line of defense to guarantee their safety. Standard fiberglass and wooden doors provide very little protection against determined assailants. Even the lowest caliber firearms can penetrate standard materials, representing a significant risk of harm if armed individuals attempt to force entry. keep reading

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Bullet-resistant security windows are comprised of a composite system of alternating glass and polymeric layers – typically polyvinyl butyral (PVB) or ethylene-vinyl acetate (EVA). These dissipate the force of an impacting projectile before it penetrates through the other side of the window. Bullets are captured within the composite, providing effective protection for personnel from a variety of small arms fire. keep reading