Glass Skylight FE Circular - The aluminium framed circular rooflight with maximum energy efficiency
The Glass Skylight FE Circular offers high levels of wind and rain resistance and has enhanced isothermal characteristics. This results in no condensation whilst achieving maximum energy efficiency and thermal insulation alongside excellent airtightness values. Suitable for flat roof residential and administrative or school building projects the Glass Skylight FE circular is delivered as a fully pre-assembled unit with its GRP upstand, which ensures a quick and easy installation, removing the need to construct difficult circular timber upstands on site.
Quality
• CE marked quality according to EN 14351 with CE Label product declaration
• Factory production approved to ISO 9001:2015, which means the quality products are manufactured to a consistently high standard
• Fully factory assembled product - producing a superior quality product that reduces on-site installation time
• Enhanced isothermal characteristics in the overall construction – resulting in achieving maximum energy efficiency and thermal insulation
Visit the product webpage for more information: https://www.lamiluxskylights.co.uk/rooflights/glass-skylight-circular.html
Specification Details
Please note that these product properties are not a replacement for the manufacturer's literature and it is always recommended that LAMILUX is consulted before specifying.
Technical
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| Solar Transmittance (?) | 62 % | |
| Sound Insulation (?) | 38 dB | |
| U-value (overall) (?) | 1.78 W/m2k | |
| Watertightness (?) | 1200 Pa | |
Certifications & Ratings
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| Air Permeability Class (?) | Class 4 | |
| CE Marking (?) | ||
Size & Weight
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| Diameter (?) | 1000 - 1500 mm | |
Other
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| Uniclass (?) | Pr_30_59_72_77 Skylights | |
Materials & Finishes
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| Colour (?) | Grey | |
| Glazing Colours (?) | Clear | |
| Glazing Type (?) | Insulating Glass | |
Physical Properties
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| Construction (?) | Double skin | |
| Light Transmission (?) | 80 % | |
| Shape (?) | Circular | |
Environmental
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| Embodied Carbon - (Global Warming Potential - GWP) (?) | 226 | |
Contact
Contact
Contact