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  1. 2050 Materials
    https://2050-materials.com/blog/the-most-innovative-products-for-external-walls...
    The Most Innovative Products for External Walls & Facades in 2024
    How has technology revolutionized facade architecture?
    Innovations in materials and technologies have revolutionized facade architecture, allowing for dynamic designs that respond to environmental conditions and enhance building performance. Smart facades, kinetic facades, and advanced materials have opened new possibilities for architects.
    kaarwan.com
    10 Infamous and inspirational technologies used in fa…

    The kinetic façade is dynamic and is either programmed or can automatically respond to climatic factors. An interesting example is the work of architect Doris Kim Sung who proposes that the building’s skin should be similar to human skin. She experiments with smart thermal bio-metal that responds dynamically to temperaturechange. It is a lamination...

    RTF | Rethinking The Future

    Berlin-based start-up Elegant Embellishments have developed an innovative and decorative façade module called ‘prosolve370e’ made up of steel and plastic that effectively reduces air pollution (NOx, VOCs, SO2). These modules are coated with a very thin layer of titanium dioxide (TiO2), a technology that converts fine dust into other chemical compou...

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    A self-regulating façade system developed by a New York-based firm Decker Yeadon controls the building’s climate by automatically responding to the environmental condition. The maze-like façade is made up of dielectric material which is coated with silver electrodes. This silver layer reflects light and distributes an electric charge across the mat...

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    ETFE as a material first caught people’s attention when it was used for the façade of the Water Cube for the 2008 Beijing Olympics. Since then it has been widely used in many architectural projects. ETFE is as thermally efficient as double-glazing and its low friction coefficient prevents dust particles from settling on the surface, reducing the ne...

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    The InDeWaG project employs the water flow glazing (WFG) technology and has constructed a demonstrational pavilion with facades consisting of WFG elements. It is a 7.24m by 7.24m glass box with WFG modules on the east, west, and south façade, while the roof, floor, and north façade are opaque and well insulated. It uses circulating water in the cha...

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