VELUX sun tunnel with rigid 14 inch diameter tunnel for tiles up to 120mm in profile. Brings natural light into windowless storage areas, corridors and bathrooms. Double layer diffuser for maximising the spread of light.
Enjoy the peace of mind that comes with heavy-duty security enhancements. The VELUX top-operated, centre-pivot burglary resistant roof window GGL Q is built with integrated frame locks, extra strong hinges, laminated internal glazing and toughened external glazing, which reinforces the window against any potential breakage.
Keylite Flashing Kits are the most efficient way to ensure a watertight installation for windows and have been designed to integrate efficiently with specific roofing materials. The installer friendly instructions and one-piece bottom apron ensure easy first time fitting.
VELUX sun tunnel with rigid 10 inch diameter tunnel for tiles up to 120mm in profile. Brings natural light into windowless storage areas, corridors and bathrooms. Double layer diffuser for maximising the spread of light.
VELUX sun tunnel with rigid 14 inch diameter tunnel for tiles up to 120mm in profile. Brings natural light into windowless storage areas, corridors and bathrooms. Double layer diffuser for maximising the spread of light.
Enjoy the peace of mind that comes with heavy-duty security enhancements. The VELUX top-operated, centre-pivot burglary resistant roof window GGL Q is built with integrated frame locks, extra strong hinges, laminated internal glazing and toughened external glazing, which reinforces the window against any potential breakage.
Keylite Flashing Kits are the most efficient way to ensure a watertight installation for windows and have been designed to integrate efficiently with specific roofing materials. The installer friendly instructions and one-piece bottom apron ensure easy first time fitting.
VELUX sun tunnel with rigid 10 inch diameter tunnel for tiles up to 120mm in profile. Brings natural light into windowless storage areas, corridors and bathrooms. Double layer diffuser for maximising the spread of light.