ALUM. WINDWALL Glass Screen Railing System
Engineered transparency for modern architecture. A certified, pre-engineered solution designed for structural integrity and versatile design adaptability.
EXECUTIVE SUMMARY
The ALUM. WINDWALL Glass Screen System by VIVA Railings is an innovative alternative to the stainless steel WINDWALL system, designed for high-rise residential amenity decks, poolside areas, and other exposed environments.
Code Compliant
Meets stringent safety standards including IBC, CBC, and FBC HVHZ for windborne debris resistance.
Modular Design
Pre-engineered components and CNC fabrication reduce on-site adjustments and ensure installation efficiency.
Design Freedom
Extensive finish options, glass types, and mounting conditions to match any architectural vision.
TECHNICAL DETAILS
Engineered for performance and durability.
Post Structure & Spacing
Aluminum posts, 2-1/4”x5-7/16” square profile, up to 4’-0” O.C.
Glass Infill
1/2”, 5/8”, or 3/4” laminated with SGP interlayer.
Height
4’-0”, 6’-0”, or 8’-0”
Finish Options
Standard anodized and satin finishes, plus premium CeraShield™ Ceramic Coating for extreme environments.
Load Performance
Engineered to withstand uniform loads of 50 lbf/ft and concentrated loads of 200 lbf.
Certifications
ICC-ES ESR-4405, ETL Certified (illuminated options), and compliant with ASTM C1172 & C1048.
VIVA DIFFERENTIATORS
A partnership built on precision and expertise.
Pre-Engineered & Certified
Saves time in approvals and inspections with a fully certified system.
Design Assist Services
Early collaboration with architects and GCs to ensure code-compliant, cost-effective solutions.
CeraShield™ Finishing
Enhanced durability that outperforms standard powder coating in UV and corrosion tests.
Case Studies
Trusted by leading architects and contractors on landmark projects.
START YOUR PROJECT
Empower your design with engineered performance and elegance.
VIVA Railings’ ALUM. WINDWALL Glass Screen System provides a durable, lightweight, and cost-effective solution for wind protection in high-rise and amenity spaces.