Thermal Window Framing: How Windows Quietly Undermine Continuous Insulation, and How To Fix It
The metal framing around every window quietly undoes most of what your continuous insulation is supposed to do. Here’s what thermal window framing is, why Psi value matters, and how to specify it without overcomplicating the wall section.
How Material Thickness Affects Tensile Strength in Continuous Insulation Systems
The structural integrity of modern building envelopes depends on a critical factor: the relationship between material thickness and tensile strength in continuous insulation attachment systems. As building codes demand higher […]
Continuous Insulation for Energy-Efficient Airports
Energy efficiency is essential for reducing energy use and operating costs in traffic-heavy buildings such as airports. With large interior volumes, long operating hours, and constant exterior exposure, airport terminals […]
Cold Weather Insulation: Continuous Insulation Performance Lessons from Sub-Arctic Alaska Projects
In cold, sub-arctic locations, keeping buildings well-insulated throughout the winter is a major challenge and requires a robust continuous insulation and building enclosure system to handle the thermal efficiency expectations […]
Window Thermal Bridging: How To Close the Gap at Every Opening
Legacy framing systems fail to eliminate thermal bridging at the most crucial points for thermal loss in any building: windows and openings. Ignoring this issue results in thermal inefficiencies that […]
Thermally Broken Cladding Support System: What It Is & Why It Matters
Looking for the most effective ways to meet stringent energy code requirements while keeping up with sustainable construction trends? Thermally broken cladding support systems offer a critical intersection of energy […]
How to Eliminate Gaps and Cracks in Continuous Insulation
Proper insulation is foundational to energy-efficient, sustainable construction. Yet even minor insulation gaps and cracks can severely degrade thermal performance, causing increased energy costs, diminished indoor comfort, and potential moisture […]
PHIUS Passive House Guidance for High-Performance Building Envelopes
Projects pursuing PHIUS (Passive House Institute United States) certification depend on a thermally robust, airtight, and well‑detailed enclosure. The GreenGirt CMH™ continuous insulation and SMARTci® building enclosure systems are engineered […]
Effective R-Value vs. Nominal R-Value: What’s the Difference?
A building envelope’s real-world thermal performance hinges on the effective insulation R-value of the entire wall—not the nominal R-value printed on an insulation label. Understanding this distinction, and how different […]