These monolithic skylights are produced by thermoforming compact or alveolar polycarbonate sheets of varying thicknesses. They are available in standard opal and transparent colours.
To fulfil various thermal insulation requirements, each skylight can be paired with a flat blind constructed from alveolar polycarbonate, available in thicknesses of 16/25/40 mm, to ensure exceptional performance.
In cases where it is necessary to permanently obscure the areas beneath the skylights, the blind can be rendered opaque by utilizing a white bilayer sandwich panel. For cleaning the skylights, only water is required, and no additional chemical detergents are needed.
Fittings are always included, and the 3D design ensures the appropriate type and quantity for each application.
PERFORMANCE CLASSES IN DoP
| PRODUCT DESCRIPTION | Monolithic Skylight LR - LQ | IMPACT RESISTANCE | # If there is an underlying grid |
| SERIAL NUMBER | ######### | THERMAL TRANSMITTANCE | UW= # W/mqk |
| INT/EXT PRESSURE RESISTANCE | NDP | SOUND INSULATION | NDP |
| EXT/INT PRESSURE RESISTANCE | NDP | LIGHT TRANSMITTANCE | # |
| FIRE REACTION | B-s1, d0 for polycarbonate | AIR PERMEABILITY | NDP |
| EXTERNAL FIRE REACTION | NDP | SOLAR FACTOR - G | # |
| WATER TIGHTNESS | NDP | SUSTAINABILITY | NDP |
# Performance varies depending on the product configuration
NSHEV for "Fashion" Logistics
An industrial building constructor understands that the characteristics of the roof installation that they are doing for a well-known fashion brand go beyond their expertise.
With fire and smoke, there's no joking around
Cargo City by Aeroporti di Roma, a renowned system integration company involved in various activities at Rome's airport, sought the support of Tecnocupole Pancaldi to ensure compliance with fire safety regulations for its roofing systems.