The Ardgowan Distillery, located on Scotland’s historic Ardgowan Estate near Inverkip, is a landmark whisky project that blends architectural ambition with environmental responsibility. Designed to resurrect the legacy of a distillery first founded in 1896, the new facility was conceived as a ‘cathedral of whisky’ – a striking, purpose-driven structure rooted in heritage yet resolutely modern in form.
Kalzip’s advanced aluminium standing seam system helped turn this vision into a physical reality. The system was also selected for its ability to blend harmoniously with the surrounding Inverclyde landscape.
Kalzip’s 65/400 profile in AluPlus Patina, applied in a rich dual-tone palette of Bronze B40 and Red Copper, enabled the design team to realise the distillery’s distinctive geometric form. The roof and façades were treated as a single, continuous surface, flowing seamlessly from ridge to ground. This was essential in achieving the Nordic-inspired ‘long hall’ silhouette that now defines the site, with Kalzip’s clean seams and precision detailing lending the building its signature architectural sharpness.
The mixed finish of bronze and red copper reflects the evolving tones of whisky as it matures in cask, grounding the building in its function and connecting the architecture directly to the spirit it produces. This storytelling through materiality set Kalzip apart as the ideal partner for a building that needed to be both expressive and practical.
Originally designed by Austrian firm Spitzbart & Partners and later developed for technical delivery by Glasgow-based Hypostyle Architects, the distillery’s architecture relies heavily on Kalzip’s performance envelope.
The seamless continuity of the cladding system made it possible to maintain the building’s bold linear form without visual interruptions. The standing seam profile supported the strong horizontal emphasis of the structure, echoing the longhouse typology while providing a crisp, modern finish.
Martin Thomson, Director at Hypostyle Architects said: “Although the building may appear simple from the outside, it is actually highly complex. The roof slopes in two different directions, creating challenging angles that a standard flat panel could never accommodate. To meet this need, we turned to Kalzip, a highly flexible product often used in structures with unusual shapes and curves. It proved to be a natural choice for such a demanding design.” www.kalzip.com/en
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