Roof Ridge Glazing

Ridgelight 25 40 is a classic rooflight solution where two rows of modular skylights are connected at the ridge.

Roof ridge glazing.

The ridgelight is a stand out feature that will really make an impact on your property inside and out. When framing with aluminum glazing extrusions for a glazed sloped roof all top surfaces of each roof framing member must be on the same plane and flush with each other. Check to make sure that every opening is true and square. Skylight glazing is sometimes broken by flying stones from adjacent ballasted roofs or gravel surfaced roofs or by fragments from glass breakage above the skylight.

The dual pitched ridgelight solution is ideal for buildings with large roof openings. The skylight design should include a review of the potential for such damage including the possibility of gravel ballast being blown off adjacent roofs. Ridgelight 25 40 with vented skylight modules on both sides is an optimal solution for buildings that require day or night cooling. A ridge light is a fixed glazed installation which is installed into the apex of the pitched roof providing glazing on both returns and sitting within the original roof line.

Install pre bent flashing before securing the glazing system perimeter bars and mullion bars. Modular skylights can be combined in a number of rooflight configurations creating perfect solutions for a wide variety of building types. The ridgelight is a sleek contemporary rooflight solution created to maximise natural daylight with a frameless appearance inside and out. Our ridge mount models are available in all glazing options and frame finishes and come with a single wall non insulated curb model rmsf or a thermally broken insulated curb model rmtsf.

The ridgeglaze is a variant of our flushglaze system which means it features the same low profile design frameless internal views and externals with no capping which reduces dirt build up. Rooflights and roof glazing designed with architects in mind the modular skylights system lets you spend more time designing solutions and less time specifying. Maximising the glazing at the ridge and negating the need for a chunky ridge beam.