Traditional Stone Cladding 

with Ultra-High Performance Concrete

In this episode of Materials Month, host Andre Baros explores the differences between stone cladding and ultra-high-performance concrete (UHPC), comparing their applications, benefits, and material properties. The discussion highlights stone's natural versatility and historical use alongside the durability and design flexibility of UHPC panels. By analyzing these materials side by side, viewers gain a better understanding of how they perform in architectural applications and which option might be best suited for their projects.

What You'll Learn:

• The fundamental differences between low-tech (stone) and high-tech (UHPC) materials for cladding.
• How stone has been used historically in architecture, its availability in various forms, and its versatility in design.
• The environmental impact of stone, including its minimal processing requirements.
• Why stone can be adapted to different architectural styles and time periods, making it a timeless material.
• The key characteristics of ultra-high-performance concrete (UHPC), including its superior strength and durability compared to other materials.
• How UHPC is manufactured as a cast product, allowing for custom textures and patterns to be integrated directly into the panels.
• Why UHPC panels, despite being thin, provide strength equivalent to full pre-cast concrete walls.
• The weight and density differences between UHPC and stone, and how that affects installation.
• The color and texture customization options available with UHPC compared to the natural variations of stone.
• The best applications for stone versus UHPC, including which environments each material is better suited for.
• Insights into how architects and designers can choose between these materials based on project needs, budget, and durability requirements.
• How to explore additional materials through the Acelab Materials Hub and access expert guidance.