Enhanced Protection for High-Performance Laminated Glass

Saflex Storm interlayers are engineered to meet demanding architectural glazing requirements in regions exposed to severe winds and windborne debris. Designed for strength, rigidity, and glass adhesion, these interlayers help laminated glass retain fragments after breakage and maintain the integrity of the building envelope during extreme weather conditions.

The technology supports impact-resistant glazing systems designed to withstand large and small windborne debris impacts, contributing to improved safety and protection for building occupants.

Advanced Interlayer Technology and Applications

Developed using a composite polyvinyl butyral (PVB) and film structure, Saflex Storm provides enhanced impact resistance while offering additional benefits, including forced-entry resistance, acoustic control, UV screening, edge stability, and sealant compatibility.

These properties make the interlayer suitable for a wide range of architectural applications, including curtain walls, storefronts, sloped and overhead glazing, residential windows, and fixed-point glazing systems.

As architectural glazing requirements continue to evolve, high-performance laminated glass technologies such as Saflex Storm are becoming increasingly important in supporting building safety, durability, weather resistance, and occupant protection.

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This article is based on information published by Glass on Web, highlighting Saflex Storm's advanced interlayer technology for severe weather protection and security glazing.