Design Freedom Meets Precision Engineering for Architects & Designers
PrimeFab collaborates with architects and designers to bring high-performing envelope systems to life, supporting aesthetic ambition while ensuring constructability, energy performance, and code compliance.
Our prefabricated wall and panel systems are engineered for design flexibility. From Passive House-level performance options to support for ACM, terracotta, fibre cement, engineered wood, and high-performance glazing, PrimeFab enables architects to specify premium façade systems with confidence. Each component is precision-built in a controlled environment, ensuring consistent detailing and thermal continuity.
PrimeFab also supports early-stage design assist services, helping teams optimize drawings for off-site manufacturing, simplify coordination, and reduce detailing conflicts down the line.
With PrimePanels:
✓ Design-ready systems that maintain aesthetic intent from concept to install
✓ Early coordination reduces detailing conflicts and RFI cycles
✓ High-performance envelopes with consistent thermal and structural continuity
✓ Precision-built panels support cleaner lines, better air sealing, and code compliance
What You’re Used To:
✗ Design compromises driven by site limitations and inconsistent installation
✗ Fragmented coordination across glazing, framing, insulation, and cladding teams
✗ Variable thermal performance and difficult-to-control air and water details
✗ Quality and detailing that change from drawing to site conditions
Panelized Building Envelope Solutions for Canada’s Housing Supply Challenge
PrimeFab Opens Advanced Manufacturing Facility in Midland, Expanding Ontario’s Prefabrication Capacity
Midland, ON — [Wednesday, March 18, 2026] — PrimeFab, a division of the Triumph Group of Companies, will officially open its new advanced manufacturing facility in Midland on May 1, marking a significant expansion of prefabricated building envelope production in...
PrimeFab’s Role in Advancing Prefab for Institutional Projects
Institutional construction in Canada is changing. Schools, hospitals, long-term care facilities, and community buildings are facing increasing pressure to expand capacity quickly while controlling costs and meeting higher performance standards. Traditional construction methods are struggling to keep up with growing...