Client: St Patrick Visitors Centre
Type of works: Pilkington Planar frameless structural glazing system specified for new tourist centre
Pilkington Planar structural glazing system was chosen for the striking glass façade entrance of the the £6.3million St. Patrick Visitors' Centre at Downpatrick, one of the most historically important sites in Northern Ireland.
Renowned architects Consarc created a curved, suspended Pilkington Planar façade supported by 19mm structural glass fins. The result is an astonishing 10m high frameless glass entrance to a development that perfectly combines the latest in building technology and design with the history associated with Downpatrick.
Consarc's Dawson Stelfox said: "The Pilkington Planar system was chosen to ensure maximum transparency of the interior to the people of Downpatrick and visitors. The building is set partly into the ground, reducing its impact on the sensitive listed buildings behind, including the cathedral, and so the use of the glass façade was to counteract any tendency for the building to be seen as a bunker. This has been very successful and the building is welcoming, open and flooded with light."
McNeill-McManus, accredited installer of Pilkington Planar, utilised its experience to ensure Consarc's vision was realised. Peter Collins, contracts director, commented: "Pilkington Planar allows the creation of frameless glass building facades. This project, with its need for suspended curved facades, really put the system to the test and it responded brilliantly."
In addition to being a major international tourist attraction, the centre also offers educational guided tours on the history of St. Patrick, with a multimedia interactive exhibition. The Downpatrick Tourist Information office is also located in the impressive building.
Pilkington Planar is a complete frameless structural glass system. It is never sold as individual components, but only as a fully-engineered system. Pilkington works closely with architects and accredited Pilkington Planar installers throughout the build process.