PIZ Cladding: Supporting Resilient Fireproof Design in the U.S.
- Bianca Zecca
- May 19
- 1 min read
Why Choose PIZ for Resilient Architecture? As wildfires, extreme weather, and climate stressors increase, resilience in building design is no longer optional. Architects and developers need materials that protect structures, reduce energy load, and minimize recovery costs. PIZ Cladding does exactly that.
What Makes PIZ Resilient
Euroclass A1 Fire Rating: Non-combustible, proven to withstand one hour of direct fire without damage.
Integrated Rock Wool Insulation: Exceptional thermal resistance (λ = 0.036 W/mK), contributes to energy efficiency and passive survivability.
All-in-One System: Cladding and insulation are bonded together, eliminating the need for separate insulation layers.
Pre-Cut and Ready to Install: Reduces installation time, labor costs, and site waste. Up to 500 sq ft installed per day with just 4 workers.
Moisture-Resistant: Durable in all climates; tested against wind, rain, impact, and temperature swings.
Aligned with AIA Resilience Goals PIZ supports multiple pillars of the AIA Framework for Design Excellence:
Design for Energy: Improves building envelope performance
Design for Change: Durable, low-maintenance, adaptable over time
Design for Wellness: Non-toxic under heat, prevents fire spread
Design for Economy: Minimizes rework, waste, and labor overhead
Cost-Effective Resilience
PIZ panels start at $20/sq ft, including both cladding and insulation. Compared to traditional systems with separate materials and longer labor times, PIZ reduces total installed costs and lifetime maintenance.
Ideal for:
Wildfire-prone areas (California, Arizona, Colorado)
Passive House and Net-Zero projects
High-performance retrofits
Commercial and residential new builds and renovation projects
Want to learn more about our resilient fireproof cladding? Contact: +1 (305) 614-5634 or request a free quote on our website www.exteriorcladdingsolutions.com
After reading this article, I have an entirely new outlook on high-end YET functional building materials.