New-build FAVEKER ventilated façade project in Andújar

Architectural challenge: a durable and functional façade for an institutional building

The new National Police Headquarters in Andújar responds to the need for an institutional building prepared to meet the current and future needs of police services. The new-build project, with a surface area of more than 3,000 m², required an architectural envelope capable of combining functionality, durability and a contemporary institutional image.

In this context, the façade needed to provide a construction solution suited to a building designed to stand the test of time, integrating the technical performance of the building envelope with a sober and representative architectural design.

Construction solution: FAVEKER® ceramic ventilated façade with GA20 pieces in Matt White

The building façade is designed with a FAVEKER® ceramic ventilated façade system, using GA20 pieces in a Matt White finish.

The solution combines the technical performance of a ventilated façade with the aesthetic possibilities of ceramic, creating a durable building envelope suited to the requirements of an institutional building.

The GA20 pieces in Matt White bring brightness and understated elegance to the building, creating a clean, contemporary architectural appearance that is consistent with the representative character of the new police headquarters.

Project result: a durable ceramic ventilated façade with a contemporary institutional aesthetic

The FAVEKER® ceramic ventilated façade provides the building with a combination of technical performance, durability and design, integrating seamlessly into the architecture of the new National Police Headquarters in Andújar.

The Matt White finish enhances the brightness and understated character of the façade, while the GA20 pieces provide a ceramic solution designed to maintain its aesthetic and functional qualities over time.

The project also holds VERDE Buildings 2020 – Other Uses certification, in line with the sustainability and energy-efficiency approach applied to the new building.