Fixed Rooflights

All Glazing Vision skylights and glass rooflight designs are based on bringing as much daylight into the building, using as minimal framework as possible. Their fixed rooflights are chosen for their low profile and clean looks offering sky only internal views and low pitch external appeal.

Flushglaze Rooflight
The Flushglaze fixed flat glass skylight can be tailored to meet many shapes and sizes from square, rectangular, triangular and a recently completed tear drop shaped Glazing Vision will identify and design the rooflight to meet your needs. The Flushglaze is a very low profile system based on car windscreen technology, the glass being structurally bonded and triple sealed making it ideal for flat roof applications on a pitch of only 3-5 degrees.

Walk On Flushglaze
The Flushglaze Walk on rooflight offers the same characteristics as a standard flushglaze rooflight in that it uses the same profile however slightly larger. The walk on Flushglaze rooflight can be tailored to meet many shapes and sizes from square, rectangular, circular, triangular and many other bespoke configurations.

Modular Flushglaze
The Flushglaze Modular Rooflight system has been developed to cater for joining rooflights together to create large expanses of glazing; it has also been developed to cater for more complex scenarios such as (The Ridgelaze and Eaves Flushglaze Rooflights).

Fire Rated Flushglaze
A glass rooflight developed to satisfy a growing demand in the market for a fire rated glass rooflight. Utilising our standard Flushglaze skylight profile we have used fire resistant components so that the Flushglaze is available ina rooflight that satisfies the 30 minutes integrity & 30 minutes insulation requirements. The rooflight is available up to 1200mm square metres and weighs 142kg at the maximum size.

Pyramid/Octagonal Rooflights
Clean looking rooflights, often chosen for their architectural style that enhances any building. The clarity and longevity of glass ensures good light transmission throughout the life of the building, typically 50% more than plastics over its life cycle.

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