ETFE (ethylene-tetrafluoroethylene copolymer) has emerged as a groundbreaking material in modern architecture. Recognized for its exceptional properties, it offers architects and builders unprecedented opportunities for innovative design and sustainability.
ETFE foils have transformed architecture for over 30 years, offering unparalleled design freedom and durability. Resistant to degradation and recyclable, ETFE aligns with sustainable practices, making it an ideal choice for modern structures.
ETFE stands out for its stability and resistance to environmental conditions and UV radiation. Its recyclability further underscores its eco-friendly credentials, with components often crafted from recycled material.
ETFE’s transparency makes it perfect for various projects like botanical gardens and shopping malls, where heavy glazing was once the norm. Its versatility blends aesthetics with functionality seamlessly.
Architects can opt for single-layer, or multi-layered ETFE cushion systems based on project needs. The number of layers influences thermal performance, with lower R-values showing better energy efficiency.
ETFE cushion systems, stabilized by low air pressure, withstand environmental loads. Their thermal efficiency, measured by R-values, improves with more layers. Single-layer systems are used when thermal performance is less critical.
ETFE’s lightweight nature makes it ideal for single-layered applications, where it can be reinforced with minimal support structures to create expansive, light-filled spaces. These structures are particularly suitable for projects where maximizing natural light transmission is a priority, such as sports stadiums, exhibition halls, and botanical gardens.
In multi-layered cushion systems, ETFE offers enhanced thermal insulation and structural stability. These systems, supported by pneumatic elements, ensure durability and comfort in various climatic conditions. Multi-layered ETFE applications are commonly used in high-performance building envelopes, providing superior thermal performance while keeping visual transparency.
BEMO-Lightspan™ ETFE Assembly Blowup
BEMO-Lightspan™ ETFE Attachment Detail
BEMO-Lightspan™ ETFE by Bemo
BEMO-Lightspan™ ETFE
Transparent ETFE foils not only allow natural light but also create stunning lighting effects when illuminated. Architects can control solar heat gain by printing onto or using colored variations, making ETFE ideal for spaces like botanical gardens.
ETFE offers structural strength, aesthetic flexibility, and sustainability, redefining architectural expression. For guidance on incorporating ETFE into projects, BEMO provides expertise and support.
Small Hexagon Pattern – Low Transparency
Speckled Pattern – High Transparency
Speckled Pattern – Low Transparency
Medium Dot Pattern – Medium Transparency
Small Dot Pattern – High Transparency
Medium Dots Pattern – High Transparency
Large Dots Pattern – Low Transparency
Small Negative Dots Pattern – Low Transparency
Talk to a specialist.
HQ: 1755 N. 48th Street Mesa, Arizona USA, 85205
