FAKRO SFH Light Tunnel Flexi Tube High Profile Tile Light Tunnel

Established in Poland in 1991, Fakro is one of the fastest manufacturers of roofing windows and accessories. Utilising the finest materials, they ensure lasting performance and durability. Dedicated to form and function, their range of sun tunnels provides ample natural light and adds a unique architectural element to your home and office.

The FAKRO SFH 350 Light Tunnel brings natural light to spaces that cannot accommodate traditional windows. This innovative skylight solution allows daylight to brighten rooms through a flexible and reflective tube, ensuring even illumination while bypassing structural obstacles. Designed for high-profile tile roofs, it integrates seamlessly with pitches ranging from 15 to 60 degrees.

The light-transmitting tube directs sunlight downwards to a diffuser to evenly spread the natural light throughout the room. The durable aluminium frame and integrated flashing ensure a secure fit with high-profile tiles. The toughened glass element enhances durability. Ideal for lofts, attics, or other spaces requiring additional daylight, this Fakro roof window light tunnel offers a 400cm maximum flexible tube length. Extension kits are also available for customised installations.

FAQs:

How does the FAKRO SFF 350 Light Tunnel provide natural light to spaces without windows?

The FAKRO SFF 350 light tunnel uses a flexible reflective tube to channel sunlight from the roof to a ceiling-mounted diffuser. It allows natural light to brighten areas without roofs or vertical windows.

How does the ceiling diffuser ensure even light distribution?

The diffuser spreads natural light evenly across the room, eliminating shadows or uneven lighting. It transforms dim spaces into well-lit, inviting areas with consistent brightness.

Can the light tunnel help improve energy efficiency?

Yes, the light tunnel reduces the need for artificial lighting by bringing in natural daylight. Its insulated base enhances thermal performance to maintain energy efficiency.