Modern, elegant, and multifunctional – the newly completed Berlin City Palace combines architectural grandeur with sustainable, innovative building technology. A key component of this flexibility and efficiency lies in the raised access floor systems provided by Tate, offering an ideal foundation for modern cabling, easy room reconfiguration, and a variety of floor coverings.
The historic City Palace, rebuilt and repurposed, serves as a harmonious bridge between Berlin's rich past and its visionary future. Completed in 2023, this construction project merges classic design elements with cutting-edge technology. While the meticulously reconstructed façade reflects the charm of the 18th century, the interior is fully modernized to meet contemporary demands. The City Palace now functions as a museum, cultural centre, and event space, welcoming visitors from around the world. Behind the scenes, Tate’s innovative raised access flooring ensures the flexibility and adaptability needed for a dynamic space.
To meet the stringent requirements of this prestigious project, the Tate's ZFK30, ZFK40B, and ZFK40B+ZFK25 raised access floor systems were chosen. These systems offer optimal solutions for a range of technical needs, from electrical installations to HVAC systems, while supporting a sleek and flexible floor design.
In a building like the City Palace, where usage and layout frequently change, high flexibility is essential. Tate floors are not only highly durable but also allow easy access to underlying installations. The raised access floor system ensures that adjustments for new exhibitions, event setups, or office layouts can be made quickly and without interrupting operations.
The installed raised access floor system is made of high-strength gypsum fibre panels, optionally reinforced with steel backing for added stability. The different versions – ZFK30, ZFK40B, and ZFK40B+ZFK25 – provide various thicknesses and have been specifically tailored to meet the technical needs of different building areas. This customized solution creates a stable, level surface compatible with a wide range of floor coverings, from carpet to natural stone.
The panel size is 600 x 600 mm and features interlocking edges that are secured with Tate adhesive. The panels are installed on height-adjustable steel pedestals that are adhered to a solid base. This construction method also enables the integration of underfloor heating and cooling systems, contributing to the versatility of the spaces. The adjustable pedestals allow the floor to be precisely levelled on uneven surfaces, ensuring the quality of the installation.
Beyond the technical advantages, Tate’s ZFK raised access floor system also supports sustainable building practices. The materials used are recyclable, and the design minimizes waste during installation. With this innovative solution, the City Palace preserves a historically significant building while introducing a modern, flexible infrastructure.
Apleona GmbH served as the primary contractor for the installation and selected Tate’s system for its numerous benefits. André Pietraszek, project manager at Apleona GmbH, comments, "Tate provided a flexible and high-performance system with perfectly matched components, along with close, collaborative project management and delivery punctuality."
The close cooperation between Tate and the contractors enabled the timely, on-budget completion of the installation, covering more than 15,000 square meters. Thanks to Tate’s raised access flooring, the Berlin City Palace is equipped for the future – a forward-looking building that still preserves its historic dignity.
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*We have achieved Cradle to Cradle Certified® Silver for these Raised Access Flooring Panels under certification number 7236. Cradle to Cradle Certified® is a registered trademark of the Cradle to Cradle Products Innovation Institute. Cradle to Cradle Certified® is the world's most advanced science-based, multi-attribute certification program for designing, making and verifying materials and products that are safe, circular and responsibly made.
