Blast-Resistant Glazing Systems
Shield GlassTechnology, in strategic partnership with British Aluminium, delivers advanced blast-resistant glazing systems engineered for the protection of high-risk buildings and sensitive infrastructure. Combining British Aluminium’s reinforced framing with Shield’s high-performance laminated blast-resistant glass, these systems are developed to withstand high-intensity overpressure from explosions,providing life-saving protection without compromising architectural integrity.
Technical Specification
- Blast resistance up to 100 kPa peak reflected pressure
- Steel or thermally broken aluminium framing systems
- Glazing thickness: 60mm to 100mm, with anti-spall protection
- Secure anchoring for dynamic structural retention under blast load
- Optional integration with fire- and bullet-resistant performance
- High environmental performance: air (Class 4), water (RE1200), wind (>3000 Pa)
Testing & Certification
All systems are jointly developed by British Aluminium and Shield Glass Technology and tested in internationally recognised laboratories using live gas explosion chambers and shock tube simulations. Each system is verified for structural integrity and post-blast containment, following test methodologies aligned with global security standards.
The development process integrates expert blast analysis, real-time validation, and certified materials engineering to ensure compliance for mission-critical and government-grade
Applications
Blast-resistant systems by Shield Glass Technology and British Aluminium are deployed in:
- Oil & gas processing plants and refineries
- Military bases, armouries, and defence compounds
- Government buildings and border control facilities
- Mega infrastructure projects across the GCC
- Power stations, command facilities, and sensitive industrial zones
These systems are ideal for security-driven projects requiring certified blast performance, combined with modern architectural design and flexible integration. Available in fixed, operable, and façade-compatible formats, they provide unmatched safety, performance, and reliability for the region’s most demanding environments.