Tensile Fabric Structures & Membrane Architecture

Fabric Structures: Lightweight and Durable

Fabric structures are beautiful—iconic stadium roofs, large-span warehouses, architectural features—and they're engineered to perform under demanding conditions. Unlike conventional steel and concrete, fabric structures use advanced materials and design optimization to achieve long spans with minimal weight. PVC fabrics deliver cost-effective durability for moderate climates. PTFE fabrics provide superior UV resistance and 20-50 year operational lives. But designing and building fabric structures requires specialized knowledge that doesn't exist in standard construction.

Fabric structure engineering demands unique approaches: form-finding algorithms to optimize shapes, finite element analysis to verify performance under complex loading, precise material selection matched to environmental demands, fabric welding quality to ensure seam integrity, and careful installation to achieve proper tension and alignment. We've designed major stadium roofs, engineered large-span warehouses, tested fabric material performance, and managed installation programs ensuring structures are built to design specifications.

Our fabric expertise covers material selection and testing—tensile testing, UV exposure testing, flame retardant verification, seam strength testing—to validate performance before installation. We understand the performance characteristics of different fabrics and how to select the right material for your project's environmental conditions and long-term goals. Whether you're designing an iconic stadium roof or an efficient warehouse, our team brings specialized knowledge of what makes fabric structures actually work.

• Fabric structure design and form-finding optimization
• PVC and PTFE fabric selection and testing
• Structural analysis and finite element modeling
• Installation quality and welding inspection
• Long-span structure verification