'Structural Silicone Glazed Rooflights'
Aurora Pyramid Rooflights
Our pyramid rooflight uses technology which means it has no internal hip framework ensuring that the maximum amount of natural light is able to penetrate the room beneath. Not only does this give a more contemporary appearance, but structural silicone glazing techniques offer greatly improved thermal efficiency when compared to similar products that rely on supporting internal aluminium framework.
Our pyramid rooflights are double glazed in clear toughened safety glass as standard, with options of blue, bronze or grey tinting or if preferred, an obscure finish for privacy or high performance solar control to minimise solar gain (g) and maximise light transmittance (Lt).
Our rooflights achieve oustanding thermal performance. True U-value and Ud-values are available upon request.
The extruded thermally broken aluminium perimeter frame is powder coated RAL 7016 anthracite grey matt externally and RAL 9910 white matt internally as standard. External hip cappings are fitted for aesthetics and are powder coated anthracite grey matt to match the external perimeter frame at the base of the pyramid rooflights. Other RAL colour options are available upon request.
As standard all double glazed units incorporate clear low 'E' glass achieving a centre pane U-value of 1.1 W/m²K.
Triple glazed option available achieving a centre pane U-value of 0.6 W/m²K.
Structural silicone glazing is a method utilising a silicone adhesive to attach glass to metal. Wind loads and other loads such as snow and impact loads, are transferred from the glass through the structural silicone adhesive to the perimeter frame of the rooflight and from there onto the structure of the building. It is absolutely imperative for the long term performance of any rooflight constructed in this manner, that the silicone bond maintains its adhesive and cohesive integrity, which will be tested to extremes by wind load and thermal stresses throughout its service life.
Our contemporary product range has been created using the very latest structural silicone glazing techniques, standards of best practice in quality control. All Aurora structurally glazed rooflights are manufactured under strictly controlled conditions.
Our double glazed units incorporate a secondary silicone unit seal to prevent the delamination of the double glazed unit by UV light and are fully enclosed within the rooflights perimeter frame to minimise the risk of glass breakage. The silicone used in the edge of the double glazed unit has been thoroughly tested to ensure its compatibility with all other silicones and materials used within the construction of our rooflights.
The Low E, or low-emissivity coating to the glass is a transparent, microscopically thin metallic coating that works in two ways to economise heating energy. The dual action coating reflects the majority of heat back into the room thereby reducing the heat loss through the rooflight, and allows heat and light from the sun (known as passive solar heat gain) to pass through. These properties thus reduce the demand for energy to heat your home.
Bespoke sizes are available upon request.
Lead times vary from 5 working days to 4 weeks dependant on the size requested.
*PLEASE NOTE: ALL SIZES LISTED ARE THE EXTERNAL KERB SIZES.*
All Aurora Rooflights are covered by the manufacturers 10 year guarantee.
If you are not satisfied with any LB Supplies products you can return them within 14 days of purchase as long as they are unused and in their original condition and packaging. If you purchased from our website and would like to return your products, please download the LB Supplies returns form below and include it with the return. Once we′ve received your unused products, we′ll refund you the amount of the original purchase, excluding any delivery costs, using your initial method of payment. For all returns and any exchanges, you are required to cover the cost of the return delivery to our offices. For your own security, we recommend using a recorded delivery service when sending goods to us.
Click here for a product returns form.