Our interactive radar chart compares atrium glazing systems across structural, thermal, aesthetic, and compliance metrics. Find the optimal system for your Palm Beach project.
How we measure atrium system performance for Palm Beach HVHZ
Design wind speed and pressure resistance
Missile impact and debris resistance
U-value, SHGC, and energy efficiency
Water management during storms
Visual appeal and design flexibility
Performance per dollar invested
Long-term upkeep requirements
Coverage and manufacturer support
Approved configurations for Palm Beach hurricane zones
Peaked roof configuration with central ridge for drainage and structural efficiency
Curved glazing system with continuous arc for modern architectural applications
Four-sided pyramid with hip rafters meeting at central apex point
Mandatory specifications for HVHZ compliance
Atrium systems must meet design wind speeds for Palm Beach HVHZ locations.
160-175 mph design wind speed required. Roof components in Zone 3 (corners) require enhanced pressure ratings.
Typical roof pressures: +50/-65 PSF for interior zones.
All atrium glazing must be impact-rated or protected in windborne debris regions.
Large missile testing required for glazing up to 30 feet. Small missile above 30 feet.
Laminated glass with 0.090" PVB minimum for impact rating.
Atrium drainage must handle hurricane rainfall intensities.
4+ inches/hour design rainfall. Primary and secondary (overflow) systems required.
100% redundancy in drainage capacity per code requirements.
Complete atrium systems require current approval documentation.
Miami-Dade NOA or Florida Product Approval with HVHZ designation.
Engineer-sealed shop drawings and structural calculations required.
Common building types and configurations
Grand entry atriums for office buildings and corporate headquarters
Multi-story interior courts for resort and hospitality venues
Shopping mall skylights and covered walkway systems
Get precise wind load calculations and performance specifications for your Palm Beach atrium project.