High-Rise Glass Railing & Enclosure Systems
Engineered glass systems for high-rise residential and commercial buildings. Wind-rated railings and enclosures designed for the unique structural demands of elevated installations.
Key Benefits
Elevation Engineering
Every installation includes PE-stamped wind load analysis specific to the floor height, building geometry, and geographic wind zone.
Post-Breakage Safety
Laminated tempered glass options provide post-breakage retention, keeping glass in place even if a panel breaks at elevation.
Construction Logistics
Experienced with tower crane deliveries, swing stage installations, and phased construction schedules typical of high-rise projects.
Developer Partnerships
Proven track record with national homebuilders and commercial developers across multiple tower projects and locations.
Recommended Systems
Framed Railing
Post-supported glass railings with maximum structural rigidity and wind load resistance
Boundless Railing
Base-mounted frameless glass railings with U-channel system for seamless, post-free views
High-Wall Enclosure
Full-height glass systems (6ft-13ft) with hurricane rating, SmartLock access, and acoustic dampening
Specifications
| Wind Rating | Engineered per ASCE 7 for floor height and exposure |
| Glass Type | Tempered or laminated tempered (SGP for 20+ floors) |
| Mounting | Fascia-mount preferred for slab edge applications |
| Engineering | PE-stamped calculations for all 50 states |
Design Considerations
Frequently Asked Questions
How much stronger do glass railings need to be in high-rises?
Wind pressures increase significantly with building height. A 40th-floor balcony may experience 2-3 times the wind pressure of a ground-floor installation. Glass thickness, panel dimensions, and post spacing are all adjusted based on PE-stamped wind load calculations for the specific floor and building geometry.
What glass type is recommended for high-rise balconies?
For buildings under 20 floors, 1/2" or 3/4" tempered glass is typically adequate. Above 20 floors, laminated tempered glass with SGP interlayer is recommended for post-breakage retention. The specific glass layup is determined by engineering analysis.
Related Applications
Technical Resources
Learn about the glass technology behind these systems: