Bold Color. Creative Expression. Long-Term Durability.
High-Performance Finishes for Metal Architecture
Sponsored by PAC-CLAD
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Architects can now specify bold architectural color without the past risks of fading, increased need for repainting, or high lifecycle maintenance. This course examines how high-performance 70 percent PVDF coil coatings and architectural anodizing support expressive metal facades with verified long-term color stability.
Through peer-reviewed research and real-world case studies, participants explore evidence-based insights into color perception, durability standards, and practical design strategies, including color blocking, metallic finishes, and simulated patinas—that enable simple architectural panel systems to convey depth, hierarchy, and visual interest without adding envelope complexity.
Architects leave equipped with research-supported approaches for using color to enhance user experience, reinforce community identity, and protect long-term project value.
Photo courtesy of alanblakely.com
Parc Haven Apartments at Symphony Park, Las Vegas.
Petersen, a Carlisle company, manufactures PAC-CLAD architectural metal cladding systems in multiple gauges of steel and aluminum. PAC-CLAD products include wall panels, standing seam roof panels, soffit panels, perforated metal, coil and flat sheet. All are available in a Kynar-based 70% PVDF Fluropon coating in 50 standard colors.
Originally published in Architectural Record
Originally published in February 2026
LEARNING OBJECTIVES
- Identify how color, gloss, and metallic effects influence emotional response and community perception, as supported by peer-reviewed research.
- Define the long-term performance of 70 percent PVDF coil coatings and Class I and Class II anodizing using AAMA and ASTM exposure data.
- Explain how color blocking and specialty finishes create perceived complexity on simple metal panel systems while maintaining envelope performance and cost control.
- Discuss real-world architectural projects that illustrate how color psychology, finish performance, and specification decisions translate into built architecture.
