Engineered for High-Stakes Environments
PRL’s Impact-Resistant Glass is designed to perform under extreme conditions where safety and durability are non-negotiable. Ideal for coastal, commercial, and urban applications, this glazing system meets rigorous standards to protect buildings and occupants from natural disasters, break-ins, and high-pressure scenarios. It delivers peace of mind without compromising on clarity, aesthetics, or energy performance.
Certified Impact Resistance: Meets ASTM E1996-17 and E1886-19 standards
High Durability Performance: Withstands windborne debris, cyclic pressure, and forced entry
Glass Options & Configurations: Provides thermal insulation as well as impact protection
System Compatibility: Integrates with Battle Door, curtain wall, and other framing systems
Enhanced Safety: Protects buildings and occupants from natural disasters, vandalism, and break-ins
Peace of Mind: Offers reliable protection without sacrificing clarity, design, or energy efficiency
Architectural Flexibility: Customizable to suit both aesthetic goals and performance requirements
Ideal for Demanding Applications: Suitable for commercial storefronts, schools, public buildings, and high-rise construction
Our glass is certified under ASTM E1996-17 and E1886-19, including Missile D impact tests, ensuring it can resist windborne debris and cyclic pressure common in hurricane-prone areas. It is also highly effective against vandalism and forced intrusion, making it a powerful security upgrade for storefronts, schools, and public infrastructure. Available in 1” insulated units, the system provides both protection and thermal insulation.
Impact-Resistant Glass from PRL is compatible with a variety of framing systems, including our Battle Door and curtain wall solutions. It supports multiple glass configurations—clear, low-E, tinted, or laminated—and can be customized to meet both performance and design needs. Whether you’re working on a high-rise project or securing a retail entry, PRL’s glazing delivers reliable strength, tested performance, and architectural flexibility.
A THERMALLY BROKEN ENERGY
EFFICIENT ALUMINUM DOOR