BTRboard revolutionizes construction by delivering superior thermal resistance performance that saves energy, improves home health, and reduces environmental impact. With BTRboard, builders can meet Tier Code requirements while reducing materials and labour.
BTRboard enables builders to achieve code-compliant effective R-values using 2×4 construction, or exceed it with standard 2×6 construction. A BTRboard wall with 2x4s at 16″ o.c. and R-12 batts delivers an effective R Value of 17.4; meaning less lumber, less insulation, and a simpler assembly.
A 2x4 BTRboard wall performs UP TO 10% BETTER than a standard 2x6, saving cost and maximizing floor space!
A 2x6 BTRboard wall can achieve UP TO 40% BETTER effective R-value than a standard 2x6 wall assembly, using the same amount of framing lumber.
| Wall Type | Wall Effective-R | Added Cost/sqft | Cost Per Effective-R | Summary |
|---|---|---|---|---|
| BTRboard | R-28 | $2.97 | $0.51 | The Most Cost Effective Way To Add R |
| Double Wall(2x4 + R19) | R-27.7 | $6.69 | $0.55 | Costly Labour Requires More Space |
| Add 1.5" EPS | R-26 | $3.25 | $0.56 | Requires picture framing; harder WRB/cladding |
| Add 1.5" XPS | R-27.5 | $5.20 | $0.63 | Requires picture framing; less vapor-permeable |
| Fibreglass upgrade | R-25 | $1.40 | $0.91 | Low gain for high cost. Not effective |
BTRboard combines sheathing and continuous insulation into a monolithic panel, reducing installation steps compared with separate exterior foam systems. In standard applications, BTRboard can reduce the need for furring (strapping) and picture framing, helping lower labour requirements and simplify detailing.
BTRboard combines sheathing and continuous insulation into a monolithic panel, reducing installation steps compared with separate exterior foam systems. In standard applications, BTRboard can reduce the need for furring (strapping) and picture framing, helping lower labour requirements and simplify detailing.
BTRboard combines sheathing substrates with a medium-density thermoset foam core and fibreglass facer to support improved wall assembly rigidity. University of Alberta nail-joint testing showed that BTRboard assemblies outperformed conventional benchmark wall assemblies.
BTRboard OSB assemblies tested 21% stronger than standard OSB benchmark assemblies.
BTRboard FIRE-X assemblies tested approximately 70% stronger than standard fire-rated gypsum benchmark assemblies
All BTRboard products are built for a wide range of Canadian climates and is manufactured in Canada.
Thermal bridging is a leading cause of heating and cooling loss in a home. In conventional typical homes, 20–23% of the exterior wall area can be affected by thermal bridging through studs, plates, and headers. This adds up to hundreds of square feet of lower-performing wall area; an area that is comparable to the size of an adult humpback whale.
BTRboard adds continuous exterior insulation over the framing, helping reduce heat loss and improve whole-wall thermal performance.
Continuous insulation helps reduce exterior noise transfer. BTRboard is primarily a thermal product, but its continuous insulation layer contributes to improved comfort and a quieter indoor environment.
BTRboard panels add up to R-8.75 of continuous insulation to wall assemblies, improving whole-wall performance and reducing heating and cooling loads.
Warmer wall sheathing helps reduce condensation potential. Continuous exterior insulation helps keep wall sheathing warmer, reducing condensation potential and associated mould risk. BTRboard’s fibreglass facer and low-absorption thermoset foam core support a more moisture-resistant wall assembly.
