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Why Party Walls Fail Field Sound Tests (Even When They Pass on Paper)
A party wall rated STC 50 in the lab can come up short in the finished building. Learn why field results differ and how SIP..
Are SIPs Really Better Than Stick Framing?
SIPs vs. stick framing, compared honestly across strength, energy, air tightness, labor, and cost, plus where stick framing..
The Complete Guide to Building Envelope Insulation Types
A clear, side-by-side comparison of EPS, PUR, XPS, polyiso, fiberglass, cellulose, and mineral wool, ranked on the..
What Architects Need to Know Before Specifying SIPs
Specifying SIPs requires key decisions at schematic design. Learn what architects must establish — panel thickness,..
SIPS vs ZIP: How Airtightness Drives Energy, Comfort, and Durability in Buildings
Comparing two key assemblies designed to combat airtightness. Learn how integrated envelope design improves energy..
Designing for Consistency in an Inconsistent Labor Environment
Labor conditions vary from job to job. Learn how systems-based design supports consistent building performance despite..
Why Every Building Must Manage Moisture, Regardless of Climate
Discover why managing moisture in every building is crucial for performance and durability, regardless of climate, with..
Details Matter: A Dive Into Often-Discussed SIP Construction Details
A field perspective on SIP construction details, best practices, and common questions—from panel connections to electrical..
Why the Best Building Envelopes Are Designed as Systems
High-performance buildings don’t rely on better materials alone. Learn why systems-based building envelopes deliver more..
Ready to Build Beyond Conventional Framing?
Premier SIPS deliver a high-performance building envelope that outperforms traditional framing in efficiency, strength, and long-term durability. If you're evaluating SIPs, planning an upcoming project, or ready for pricing, now is the time to talk with our team about the right next step.
