Ontario
Toronto Passive Apartments
Uw0.8 | 210 Units
Canada Regional Solutions
Uw≤0.8 Passive House Cold Climate Windows
CSA A440 | -40°C Operation | ENERGY STAR
34mm PA66 triple glazing for frigid Canadian winters. Full thermal simulation and test documentation.
CSA A440S1Target standardUw≤0.8 / -40°CProduction target8–12 weeksTypical review cycle
Regional Compliance
Engineered to CSA A440S1 & ENERGY STAR Performance Targets
Our cold-climate aluminum systems are engineered to Canadian CSA A440S1 structural thresholds and ENERGY STAR thermal performance criteria, with test data and specimens for NRCan review.
Certification partnership
Cold-climate systems combine triple glazing, 34mm PA66 thermal breaks, warm-edge spacers, and thermal simulation data for CSA A440S1 and ENERGY STAR review. Certification listings are registered under the buyer’s company name.
View certification process →| Parameter | Our Production Target | Canadian reference | CSA / ENERGY STAR | Status |
|---|---|---|---|---|
| U-Factor | ≤0.30 (≤1.7 W/m²K) | ≤2.0 W/m²K | ≤1.22 W/m²K | In-house validated |
| Air Tightness | A3 (≤0.5 L/s·m²) | A1–A3 | — | In-house validated |
| Water Tightness | B7 (700Pa) | B1–B7 | — | In-house validated |
| Wind Load | C5 (3000Pa) | C1–C5 | — | In-house validated |
Certification Process
5-Step CSA & ENERGY STAR Documentation Process
From cold-climate configuration review to Canadian certification documentation.
01
Requirements review
Review project climate zone, opening sizes, target standard, drawings, and local approval route.
Week 102
Test specimen production
Build full-size specimens to the nominated configuration, glazing, hardware, and performance target.
Week 2–403
Third-party laboratory testing
Coordinate the applicable accredited laboratory tests and record the performance data required for submission.
Week 5–804
Engineering document submission
Prepare calculations, drawings, installation details, declarations, and supporting test documentation.
Week 9–1005
Local documentation issuance
Support the nominated local authority, notified body, or certification route through final documentation.
Week 11–12Low-temperature operation, condensation resistance, thermal simulation, and installation details are reviewed for each Canadian project.
Canada Projects
Delivered Regional Project References
British Columbia
Vancouver Residence
Uw0.75 | 86 Units
Quebec
Montreal Development
Uw0.80 | 385 Units
Regional Product Systems
Window & Door Systems for Canada
Tilt-Turn Window Uw0.8
Triple-glazed tilt-turn window with 34mm PA66 thermal break engineered to Uw≤0.8, with dual-mode ventilation and CSA A440S1 test specimen support.
Discuss this system →Passive House Fixed Window
Fixed triple-glazed window engineered to Uw≤0.8 passive-house thresholds and -40°C operation, with thermal documentation for Canadian review.
Discuss this system →
Triple Glazing Casement
Triple-glazed casement with reinforced profile, multi-point locking, warm-edge spacer, and CSA A440S1 C5 wind-load target.
Discuss this system →
Lift-Slide Door System
Thermally broken lift-slide door with triple glazing engineered to Uw≤0.8 targets, with documentation for NRCan ENERGY STAR review.
Discuss this system →Engineering Review
Request a Canada Project Review
Send your drawings, performance targets, and project location. Our engineers will respond within 24 hours.
Start the technical review →FAQ
Can the systems operate in -40°C conditions?
The Canadian range is configured for cold-climate operation, with thermal simulations and project-specific glass, spacer, and hardware selection required for final approval.
What thermal break is used?
The reference configuration uses a 34mm PA66 thermal break with triple glazing and warm-edge spacers.
Can you support ENERGY STAR or NRCan review?
We can prepare thermal data, test specimens, calculations, and supporting documents for the nominated Canadian certification route.
How is condensation resistance addressed?
Frame, glazing, spacer, ventilation, and installation details are reviewed together rather than relying on a single nominal U-value.