Project Location: Thames Quarter, Reading UK

 

Scope of work: DesignFit was commissioned to design a contemporary façade solution for a prestigious project in Thames Quarter, Reading, UK. The project aimed to create a visually striking and durable façade that would enhance the building's overall aesthetic appeal and performance. To achieve this, DesignFit integrated Porcelanosa's premium tile, brick slip, and ACM panel solutions.

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Design

• Porcelanosa Tiles: High-quality porcelain tiles were selected for their durability, versatility, and aesthetic appeal. The tiles were used to create intricate patterns and designs, adding a unique touch to the façade.

• Brick Slips: Authentic brick slips were used to achieve a traditional and timeless look. The slips were carefully selected to complement the overall design scheme and provide a warm and inviting feel.

• ACM Panels: Lightweight and durable ACM panels were chosen for their versatility and ease of installation. These panels were used to create clean lines and modern accents, adding a contemporary touch to the façade.

 

Fabrication Drawings

Detailed fabrication and location drawings were created to ensure precise installation:

• Tiles: Precise layout and cutting plans were developed to optimize material usage and minimize waste.

• Brick Slips: Detailed drawings were created to accurately represent the brick slip patterns and ensure correct installation.

• ACM Panels: Detailed shop drawings were produced, including dimensions, tolerances, and installation details.

• Pressed Metal: Custom-designed pressed metal components were fabricated to support the tiles, brick slips, and ACM panels.

• Helping Hand Brackets: Specialized brackets were designed to facilitate the installation of the façade elements.

• Carrier Rails: Robust carrier rails were designed to provide a secure and stable support system for the façade.

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DesignFit's meticulous attention to detail, combined with the careful selection of materials and the creation of precise fabrication drawings, resulted in a façade solution that not only met functional requirements but also significantly enhanced the building's aesthetic appeal and long-term performance.