Titan EDGE rooflights

A Titan EDGE rooflight is fitted to a flat roof to increase the levels of natural light that flood into a property. This impressive glazing product can make your home feel both lighter and brighter.

Take glazing to a higher level with a Titan EDGE rooflight

Titan EDGE is the ultimate roofing solution if you’re looking to bathe your Sussex or London home in year-round sunlight. The EDGE can also be fitted into a new or existing extension.
The clever design of the lanterns allows water to glide off the surface and not be hindered by perimeter sealants or protruding frames. It stands 63mm above the roof upstand, blending seamlessly into any property.

Maximise space and light with a Bowalker rooflight

For homes that need more natural light, Titan rooflights come with slim frames, maximising the amount of rays that can enter a home. This uninterrupted glazed roof design doesn’t just make your home brighter and feel more spacious, but it creates a comfortable area that’s warm in the winter and cool in the summer.
We have a choice of seven stock sizes, including square and rectangular designs, ranging from 700mm wide up to 3000mm. For a sleek interior, we offer dual colour with a white finish to emphasise the level of natural light that comes from a Titan rooflight. If you’re looking for something bespoke, get in touch and we’ll work with you to create the perfect product.

Design features of Bowalker Titan EDGE rooflights

Create the look you desire for your project with a versatile Titan from Bowalker.
Available in a choice of architectural colours and a range of designs and sizes, our roof lanterns offer features suitable for any setting.

Colours Available

Titan EDGE frames can be customised to perfectly complement the rest of your home.

Choose from Grey, Black, or a dual colour (white inside) to create your bespoke Titan rooflight.

Popular Colours

Doors you can trust

You can trust us with your transformation plans as we’re members of Checkatrade, FENSA and the Plastics Window Federation.