How Do Translucent Canopies Improve Employee Wellness and Safety?
Translucent canopies redefine workplace transition zones by balancing environmental protection with high-quality daylighting. Unlike opaque structures that block sunlight, these systems use multi-cellular or impact-resistant materials to diffuse light evenly, reducing the harsh contrast and glare that often lead to disorientation or visibility challenges at entryways. By providing a welcoming, well-lit path between outdoor and indoor environments, they measurably improve employee morale and safety while shielding staff and sensitive equipment from rain and heat buildup.
EXTECH Celebrates Retirement of President Kevin Smith
After years of innovation, leadership, and dedication, we’re proud to celebrate the retirement of our President, Kevin Smith. Throughout his tenure at EXTECH, Kevin led the development and customization of advanced daylighting and façade systems, guiding projects from initial concept through final implementation. His expertise as a Registered Architect, combined with a deep understanding of […]
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.
Beyond the Block: Transit Applications for the Glass Block Wall
Across station modernizations and garage upgrades, transit authorities are increasingly moving “beyond the block” toward engineered screen wall systems that keep the same luminous intent while improving durability, repairability, and installation logistics.
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.
The ROI of Daylighting: How Different Skylight Options Save Money
When skylights are specified as engineered systems (not commodity panels), they can be one of the highest-yield daylighting investments on the roof.
Natural Ventilation Strategies: The Role of the Top-Hinged Window
A top-hinged window (or an “awning” style) becomes a different tool when engineered at industrial scale.
Creating Luminous Exteriors With Translucent Wall Panels
Design teams are increasingly trading heavy, opaque massing for façades that read lighter without giving up durability or energy performance. Translucent wall panels make that possible.
Easy Retrofits: Installing Lightweight Polycarbonate Ceiling Panels
In retrofit projects, lightweight ceiling panels made from polycarbonate provide a practical path to cleaner, brighter interiors without triggering structural upgrades. These systems reduce the burden on existing framing and simplify material handling in tight, active spaces. Beyond installation speed, they offer long-term benefits like impact resistance and improved light diffusion.
Translucent Ceilings: Using Lightweight Panels for Interior Innovation
Lightweight ceiling panels allow designers to rethink how light is distributed indoors by acting as a luminous plane that improves visual comfort. These advanced systems, often made of polycarbonate, offer high strength-to-weight ratios that simplify framing requirements and reduce the structural load on building systems, making them ideal for both new construction and retrofits.