Sun Tunnels
If you want to illuminate your home with natural light, our range of sun tunnels offers the perfect solution. Designed to channel sunlight from your roof into your living spaces, these innovative products brighten up any room while reducing the need for artificial lighting.
Choose from a selection of top-quality light tubes, including VELUX sun tunnels which are perfect if you already have VELUX windows installed. Made with precision and durability in mind, VELUX’s sun tunnels ensure seamless integration and reliable performance, enhancing the comfort and ambience of your home.
Alternatively, explore our range of Keylite sun tunnels, offering exceptional quality and value for money. With their easy installation and robust construction, Keylite sun tunnels deliver reliable natural light solutions for any home.
Transform your living spaces with the beauty and efficiency of natural light. Browse our range of sun tunnels today and bring the sunshine indoors with ease. For skylights, shop our collection of roof windows.
FAQs
Do sun tunnels really work?
Yes, sun tunnels effectively channel natural light into interior spaces, reducing the need for artificial lighting during the day. By capturing sunlight through a dome on the roof and transmitting it through a reflective tube into the room below, sun tunnels provide illumination, enhancing comfort and energy efficiency in interior spaces.
Where do you put sun tunnels?
Sun tunnels are typically installed in areas where natural light is desired but traditional windows or skylights are impractical, such as windowless bathrooms, closets or hallways. They can also be used in spaces with limited roof access, such as multi-story buildings or areas with attic obstructions.
Do sun tunnels add heat to a room?
Sun tunnels primarily transmit light rather than heat. While some heat may be transferred through the tube, it's minimal compared to direct sunlight through windows or skylights. Sun tunnels utilise reflective materials to channel light into interior spaces, reducing the potential for heat gain.