en.Wedoany.com Reported - Butech has provided a modular facade system for the CAIIBB Jordà (La Mercé) project, integrating both the facade and windows. Except for the ground floor of the building, this solution covers the entire exterior wall, totaling approximately 3,250 square meters, including a white ventilated facade, a full set of windows, and gold trim.
On the technical side, the solution is customized for the project to match its architectural and construction needs. The system addresses sealing issues and enhances the building's thermal and acoustic insulation. Its industrialized nature ensures fast and controlled installation, with the facade completed in about 3 to 4 months.
The panels are designed based on the module of the central rooms and installed on a metal structure, though the system can also adapt to other structural types. A distinctive feature of the project is the separation of the external finish to accommodate planting troughs. Doors and windows use a combination of aluminum and wood, with shading achieved through external movable and foldable blinds. The external finish of the modules uses the Moon White Nature ceramic model from XTONE for the ventilated facade.
The panels are manufactured at the Porcelanosa factory, where the metal frame, ventilated facade, and glass windows are fully assembled. The facade factory has three parallel production lines, with a capacity of up to 15 panels per day, approximately 120 square meters. The entire process is organized in stages, with quality control at the end of each stage.
This modular facade demonstrates an industrialized, customized, and rapidly installed solution designed to meet the project's technical and aesthetic needs. The project received a special nomination for "Best Sustainable Project" at the 17th Porcelanosa Architecture, Interior Design, and Real Estate Awards, held on May 27, 2026, at the Bernabéu. To meet the quality standards and strict deadlines of the medical environment, the project chose Butech's construction manufacturing model, which minimizes on-site work, optimizes timelines, ensures construction quality and traceability, and is more conducive to sustainable development.
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