The selection of roofing materials fundamentally impacts a structure's performance, sustainability, and long-term value. In commercial building design, architectural fabric membrane systems offer compelling advantages that align with both aesthetic vision and practical requirements.
Durability and Corrosion Resistance
Corroded roofs are unsafe and expensive to repair, and even a small amount of corrosion can let moisture drip into the building, causing more rust and possibly ruining the building’s interior.
Fabric cladding's inherent corrosion resistance sets it apart in sustainable building design. Unlike traditional materials, these membranes maintain their structural integrity even in challenging environments, including:
- High-moisture climates
- Facilities storing corrosive materials
- Coastal locations
No matter the exposure, a fabric roof will never rust. This durability reduces common issues associated with metal roofing, like moisture infiltration, higher maintenance needs, and interior damage risks.
Energy Efficiency Through Innovative Design
The high albedo properties of fabric roofing systems contribute significantly to energy efficiency:
- On cloudy/darker days or at night, white fabric will reflect the lights, requiring less energy to create a bright, safe building. Because sunlight streams in through the walls and ceiling, there are no shadowy corners where the lights can't reach.
Environmental Impact and Cost Savings
While fabric buildings come in many colors to enhance your commercial structure design, white fabric roofs offer substantial benefits:
- Mitigation of urban heat island effects
- Enhanced environmental comfort
- Reduced cooling costs
White roofs also mitigate "heat islands" caused when many buildings are clustered together, creating a more comfortable environment around the buildings.
Whatever the side wall and end wall configuration of your building, the roof is an additional asset with its own benefits. Adding a fabric roof to your building is likely to save money and energy in the future.
