ETFE roofs and façades combine lightness and transparency to create structures that redefine the relationship between design and functionality while reducing environmental impact.

ETFE

INNOVATION AND LIGHTNESS ADAPTED TO CONTEMPORARY ARCHITECTURE

ETFE is an advanced architectural solution that enhances light, space, and design while reducing the impact of even the most demanding projects. This unique material, known for its transparency and lightness, transforms façades and roofs into functional and aesthetic elements that seamlessly integrate into any environment. From single-layer applications to five-layer cushions, ETFE offers an unparalleled level of versatility, adapting to the technical and creative demands of contemporary architecture.

SPECIFICATIONS

Transparency Transparencia
Allows exceptional light transmission, ideal for bright and open designs.
Freedom of shapes Formas
Adapts to unique architectural designs with complex and organic shapes.
Lightness Ligereza
ETFE weighs approximately 1% of a glass panel of the same size, enabling significantly lighter and more efficient structures.
Brightness Luminosidad y control solar
Maximises natural light intake during the day, creating bright and welcoming environments.
Solar control Versatibilidad y control
With serigraphy, it filters UV rays and can regulate interior temperature with cushions, improving energy efficiency.
Weather-resistant Resistencia a las inclemencias del tiempo
Withstands wind, rain, snow, and temperature changes without compromising its performance.
Minimal maintenance Mínimo mantenimiento
Its self-cleaning surface reduces maintenance costs.
Recyclable Reciclable
ETFE membranes are 100% recyclable, allowing them to be reused in the production of other ETFE products.
Versatility Versatibilidad y control
Available in single-layer and multi-layer cushion configurations (up to 5 layers) for specific applications and thermal insulation.

APPLICATIONS

ETFE is the perfect solution for façades and roofs in large-scale projects. Its ability to adapt to different scales and designs makes it ideal for:

  • Shopping centres
  • Stadiums and sports venues
  • Cultural spaces such as museums and auditoriums
  • Public and commercial infrastructures
  • Zoos and greenhouses
  • Skylights
  • Passenger terminals