Seamless Integration: Prefabricated Curtainwall Systems vs. Stick-Built
Stick-built curtainwall construction introduces field fabrication errors that prefabricated systems eliminate by design. Here’s what that difference means for performance and schedule.
Comparing Performance: Polycarbonate vs. Glass Skylight Options
Polycarbonate and glass skylight options diverge on impact resistance, thermal value, and cost. Know what each material means for commercial specifications.
Why Architects are Moving Away from Fiberglass to Polycarbonate Translucent Wall Systems
Translucent wall systems built with polycarbonate outperform fiberglass on every major spec. Learn why architects are making the switch for good.
Innovation in Architecture: Advanced Types of Skylight Technologies
The gap between a surface-mounted and a self-spanning skylight is not just structural. It reshapes what natural light can do for the design.
A Contractor’s Guide to Installing Prefabricated Translucent Wall Systems
A factory-built translucent wall system changes what the crew does on site. This change shows up in the project schedule as well.
Customizing the Building Envelope with Translucent Wall Systems
A translucent wall system does more than admit natural light. It manages solar heat gain, accommodates thermal movement, and functions as a fully engineered building envelope assembly. Understanding the key specification variables is essential to achieving the right long-term performance.
Overhead Innovation: Designing with Polycarbonate Skylight Systems
A polycarbonate skylight system must balance structural performance, thermal movement, water management, and light control. This article explains the material logic and framing decisions that determine how well it delivers on all four.
Translucent Curtainwalls: Balancing Privacy and Natural Light
Translucent curtainwall systems admit natural light while blocking direct sightlines, making them the right choice when privacy and daylighting are both program requirements. This article covers the glazing material choices, thermal performance tradeoffs, and structural considerations that shape real-world performance.
The Thermal Efficiency Benefits of Multi-Wall Translucent Systems
A translucent wall utilizing multi-wall construction serves as a high-performance alternative to traditional glazing by balancing daylighting with superior thermal insulation. These systems use internal air cavities to reduce heat transfer, managing both winter heat loss and summer heat gain while providing soft, diffused natural light that eliminates hotspots. By integrating this dual-function technology, architects can simplify wall assemblies and significantly reduce HVAC energy loads.
Protecting the Envelope: Polycarbonate Cladding for Extreme Weather
When hurricane-force winds or tennis-ball-sized hail test a structure, traditional materials like glass and legacy fiberglass (FRP) can reach their breaking point.