The Circular Potential of Fiber Cement Cladding

Sustainable cities demand sustainable solutions, which imply the development of a new mindset for the reformulation of conventional creation processes. Within the fight against climate change, the circular economy concept is known as a key factor for the sustainable solutions of the future. Part of this concept is known as circular design, which aims to transform the traditional paradigm of ‘using and throwing away’ into a commitment to reusing existing materials.

The Circular Potential of Fiber Cement Cladding
Egaligilo Pavilion / Broissin. Image © Alexandre D' La Roche Egaligilo Pavilion / Broissin. Image © Alexandre D' La Roche

Sustainable cities demand sustainable solutions, which imply the development of a new mindset for the reformulation of conventional creation processes. Within the fight against climate change, the circular economy concept is known as a key factor for the sustainable solutions of the future. Part of this concept is known as circular design, which aims to transform the traditional paradigm of ‘using and throwing away’ into a commitment to reusing existing materials.

Circular design rethinks the creation process of products from the first steps, guiding architects and designers to create products that can be reused, recycled or transformed. Applying circularity in architecture opens the debate of rethinking the life cycle of construction materials. In this manner, fiber cement cladding –a combination of basic earth elements, mineral materials, water, air and fire, in a simple filtration process– proposes a design solution that meets the basic principles of circular construction. In addition to its composition, strength and durability, these products are designed as a system that can outlast a building's lifecycle.

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