X1
The X1 Liverpool project involved a comprehensive re-cladding of a 2500m² building using 3mm aluminium cassette panels in three distinct colours. This project, completed in collaboration with Intex System, aimed to enhance the building’s aesthetic appeal and structural integrity. The use of high-quality materials and precise manufacturing techniques ensured a durable and visually striking result that met the client’s exact specifications and design vision.
For the X1 Liverpool project, Metal Makers collaborated closely with Intex System to ensure that every detail met the client’s specifications. This involved regular consultations and adjustments to the design and materials to achieve the desired outcome.
Our advanced manufacturing techniques ensured precise fabrication of the aluminium panels, meeting the exact specifications required for this large-scale project. Our expertise in handling and finishing aluminium ensured a flawless installation and superior performance.
The X1 Liverpool project was successfully completed, transforming the building with a contemporary and durable exterior. The collaboration with Intex System and the use of bespoke aluminium solutions underscored Metal Makers’ commitment to quality and client satisfaction, resulting in a visually striking and functionally robust facade.
The project featured the use of 3mm aluminium cassette panels in three distinct RAL colours (7021, 7015, and 7037) for the re-cladding of a 2500m² area. Additionally, 75m² of 3mm aluminium soffit panels were installed in RAL 9010, enhancing both the durability and aesthetics of the building.
To meet the client’s aesthetic and performance requirements, Metal Makers recommended the use of aluminium for all the cladding and visible components and galvanised steel for all the bracketry. Aluminium not only offers durability but it provided a versatile base for the specified Interpon powder coating finish. The choice of materials and finishes aimed to enhance the longevity of the cladding system, while achieving the desired visual impact.
