Managing Airflow and Aesthetics: Wind Wall Solutions
A wind wall balances ventilation code requirements with finished aesthetics across parking structures, transit hubs, and industrial exteriors. Here is how the specification works in practice.
Durability Testing: Ensuring Your Wall Facade Withstands the Elements
A wall facade that holds up over its design life requires more than durable panels. It requires a system engineered for UV exposure, thermal movement, wind load, and impact from the specification stage forward.
Engineering Motion: How to Implement Kinetic Facade Systems
A kinetic facade system is more than a visual feature; it is a structural and environmental strategy that requires careful engineering from pivot geometry to subframe detailing. This article walks architects and contractors through the key implementation variables that determine how well a kinetic facade performs over time.
Capturing Motion: The Artistic Vision of the Kinetic Facade
A kinetic facade represents a paradigm shift in architecture, moving away from static, fixed forms toward dynamic, responsive systems that evolve in real-time. By blending engineering precision with artistic intent, these facades act as an active interface that can reduce solar gain by up to 50% while creating a living, engaging visual experience for observers.
Art in Motion: The Design Potential of the Kinetic Wall
A kinetic wall changes the role of a façade. Instead of a fixed screen applied to a building, it becomes a responsive layer; one that moves with the site’s airflow, modulates light, and supports ventilation requirements.
The Mechanics of Kinetic Walls: Engineering for Long-Term Performance
A kinetic wall is more than an aesthetic feature; it is an outdoor machine requiring rigorous engineering for long-term performance. Success depends on managing dynamic loads, ensuring precise alignment, and designing for wind, water, and thermal movement. By prioritizing maintenance access and resilient hardware, teams can create moving facades that remain reliable and serviceable for years.
The Future of Dynamic Architecture: Exploring Kinetic Facades
A kinetic facade is a dynamic system designed to move, shift, or respond to external conditions in real time, acting as an active participant in building performance. Moving beyond novelty, these assemblies use rotating, sliding, or folding panels to manage solar control, daylight modulation, and ventilation.
Introducing EXTECH’s New Clip-Mount Kinetic System
EXTECH is proud to announce the release of its new clip-mount kinetic system, engineered to deliver smarter performance, faster installation, and greater design flexibility for architectural facades. Developed to address the challenges of cost, maintenance, and long-term reliability in kinetic building systems, this innovation achieves exceptional visual impact without compromise. Key Features of the Clip-Mount […]
Redefining Building Facades for Tomorrow’s Designs
This article was originally written for Metal Construction News and appears on their website. In the ever-evolving world of architecture and construction, building facades have long defined spaces, from ancient Roman architecture to today’s technology-powered buildings. Facades serve as dynamic components of form, function, and sustainability. Among the materials driving this transformation, metal offers versatility, […]
The Future of Facades: Integrating Metal into Modern Building Designs
This article was written for Metal Construction News, and originally appeared in their November 2024 issue. The issue can be viewed online here. In today’s fast-evolving architectural landscape, facades are more than just exterior finishes—they’re an essential part of a building’s identity, performance, and sustainability. Metal materials are leading the way in future trends for […]