Video: Thermal Bridging and Steel Studs
In our previous article, we looked at the issue of thermal bridging inherent in the use of cold-formed steel framing members. Cavity insulation in a steel wall is less than half as effective as equivalently rated continuous insulation. So is there any use for it at all? Yes, but it might not be what you think. Most cavity insulation products are very effective at minimizing sound transmission. Therefore, use continuous insulation to keep warm and insulate the cavities to reduce noise!
Continuous insulation has many applications beyond preventing thermal bridging, however. Get the details about using continuous insulation as a WRB, air barrier, or vapor control layer at continuousinsulation.org!
While you’re here, take a few minutes to watch Joe Lstiburek, Ph.D., P.Eng, talk about insulation and steel framing:
For additional information, please review the following articles, as well as the previous videos in this series:
- Creating the ‘Perfect Wall’: Simplifying Water Vapor Retarder Requirements to Control Moisture
- Perfect Walls are Perfect, and Hybrid Walls Perfectly Good
- Wood Framed Wall Insulation Calculator Explained
- New Wall Design Calculator for Commercial Energy Code Compliance
- Energy Code Math Lesson: Why an R-25 Wall is Not Equal to a R-20+5ci
- Continuous Insulation Solves Energy Code Math Problem
- Fear Building Envelopes No More with This Website & Videos
- Thermodynamics Simplified Heat Flows from Warm to Cold
- Moisture Flow Drives Water Induced Problems
- Video: How the 'Perfect Wall' Solves Environmental Diversity
- Video: How Important Is Your WRB?
- Video: A Reliably Perfect Wall Anywhere
- Video: The Best Wall We Know How to Make
- Video: How to Insulate with Steel Studs
- Video: Thermal Bridging and Steel Studs
- Video: Better Residential Energy Performance with Continuous Insulation
- Video: How to (Not) Ruin a Perfectly Good Wall
- Video: Tar Paper and Continuous Insulation? No Problem!
- Video: Do CI and WRBs Go Together?
- Video: Assess Your 'Perfect Wall' Using Control Layers