Isometal Isometal Supercoppo Roofing Sheets
ISOMETAL SUPERCOPPO ROOFING SHEETS
ISOMETAL SUPERCOPPO ROOFING SHEETS
INFORMATION
ROOFING
Specifically designed to create roofs of buildings of historical and architectural interest, it increases the value of the building by creating a prestigious aesthetic effect that faithfully reproduces the shape of the brick roofing.
BRAND
Isometal
PRODUCT TYPE
Roofing Sheets
SUPERCOPPO
Supercoppo is the first panel that imitates the shape of traditional brick roofing actually produced with a continuous cycle.
THICKNESSES (S)
40 - 60 - 80 - 100 mm
TILE HEIGHT
40 mm
INSULATION THROUGH CONTINUOUS FOAMING PROCESS
Polyurethane resins (PUR) and (not standard) polyisocianurate foams (PIR), density 39 ±2 Kg/m³ Declared value of thermal transmittance for a panel after 25 years of its installation, (Appendix C - EN 13165) Initial value of thermal conductivity: λ = 0.020 W/(mK)
DIMENSIONS
- Width : 1000 mm
- Length upon request from continuous production process.
EXTERNAL SUPPORT
- Galvanized Steel
- Galvanized Prepainted
- Plastified Steel
- Stainless Steel.
FLEXIBLE SUPPORT
Cylindrical Bituminous Felt Paper; Embossed Aluminum 0.08 Mm Thick; Fiberglass.
COLORS
PROTECTIVE TREATMENTS FOR EXTERNAL SUPPORT AVAILABLE
Pre-painting with polyester, superpolyester (HD), PVDF, polyurethane PUR/PA, with thicknesses ranging from 15 mm to 55 mm. Availability on request of other films and non-toxic coatings for occasional contact with food (see page 98).
COLLECTION
Isometal Supercoppo
STRUCTURE
Underlying
COEFFICIENT OF HEAT LOSS
| PANEL THICKNESS | TRASMITTANCE EN UNI 14509 | TRASMITTANCE (8 DAYS) |
|---|---|---|
| (mm) | U=W/m2K | U=W/m2K |
| 40 | 0,37 | 0,33 |
| 60 | 0,29 | 0,28 |
| 80 | 0,23 | 0,21 |
| 100 | 0,20 | 0,18 |
DETAILS
Supercoppo guarantees considerable savings without sacrificing the aesthetics of a brick roof, offering further benefits, including: reducing the weight of the roof, in this way the underlying structures are not overloaded, making it the ideal material for interventions rehabilitation and restructuring; the laying time is reduced compared to the traditional system with brick tiles, with lower installation costs and increased productivity; ordinary maintenance interventions are reduced to a minimum respect to the problems that may arise with a traditional covering in roof tiles during the winter season; elimination of problems due to birds and insects in the attic.
DISTRIBUTED LOAD
