Kingfisher Windows was pleased to support a major residential refurbishment in Sneinton, Nottingham, supplying and installing high-performance windows as part of the modernisation of three large tower blocks: Bentinck Court, Manvers Court and Kingston Court.
Project Background
These prominent residential blocks underwent a comprehensive upgrade aimed at revitalising both their appearance and the living experience for residents. As part of this transformation, Kingfisher Windows was commissioned to provide a window solution that balanced aesthetic impact, functionality and ease of maintenance for people living high above the city.
Window Solution
We supplied grey tilt and turn windows throughout all three blocks. This system was chosen for its versatility and practicality:
-
Tilt and turn operation enables secure ventilation in tilt mode and full sash opening for access and cleaning.
-
The grey finish complements the updated external façade while providing a modern visual upgrade.
-
Self-cleaning glass was fitted in every window unit, helping residents enjoy clear views across Nottingham and the surrounding county with minimal upkeep.
Resident Benefits
Improved Views & Light: Larger glazed areas and enhanced window performance help maximise natural light and provide residents with uninterrupted views, improving the quality of internal living spaces.
Low Maintenance: The inclusion of self-cleaning glass reduces the effort required to keep windows looking their best — a valuable benefit in high-rise living where external access is challenging.
Contemporary Aesthetics: The new grey frames help unify the buildings’ appearance, giving them a more contemporary and refreshed look that enhances the local streetscape.
Summary
The Nottingham tower block refurbishment demonstrates Kingfisher Windows’ ability to deliver practical, stylish glazing solutions across large-scale residential schemes. By combining quality products with thoughtful design choices, we helped deliver an upgrade that supports both resident satisfaction and long-term building performance.





