Bellano S25 PRO glass sliding doors – elegant custom glazing
Bellano S25 PRO sliding glass doors are designed for modern outdoor spaces, with a focus on openness, light and minimalist aesthetics. The system features an ultra-slim aluminium frame, allowing maximum glass surface and seamless visual connection between indoors and outdoors.
The doors are made to order, with customisable dimensions, number of tracks and panels, enabling perfect integration into pergolas, terraces, loggias or modern facades. Various configurations are available (2, 3 or 4 tracks) with up to 8 sliding panels, allowing wide openings without visual interruption.
The system is suitable for private and commercial spaces where functionality, aesthetics and durability are key. It uses high-quality tempered glass, and the frame is made of aluminium with RAL colour options.
Bellano S25 PRO glass sliding doors are the perfect solution for creating glazed spaces that maintain outdoor connection, protect against weather conditions and offer brightness, openness and elegance.
✅ Technical specifications – Bellano S25 PRO glass sliding doors
-
✅ System:
– Sliding doors with ultra-slim aluminium profiles
– Designed for glazing pergolas, terraces, balconies and facades -
✅ Configurations:
– Systems with 2, 3 or 4 tracks
– Up to 8 sliding panels (e.g. 4 tracks & 8 panels)
– Option for single- or double-sided opening -
✅ Dimensions:
– Custom-made
– Maximum width and height depend on configuration
– Individual panel adjustment based on project -
✅ Glass:
– Tempered glass, thickness optional
– Option for clear, frosted or tinted glass
– Resistant to weather and temperature changes -
✅ Frame material:
– High-quality aluminium profiles
– Powder-coated (RAL 7016, 9016, 9005 or custom)
– Resistant to corrosion and UV rays -
✅ Application:
– Outdoor and indoor installation
– Private homes, commercial spaces, hospitality venues
– Smooth sliding, quiet closing, long lifespan -
✅ Additional:
– Integration with other Bellano systems (pergolas, walls)
– Elegant solution with maximum light and minimal profiles














































