This product enables wide gaps to be passed safely with its five indented form used safely in the structures with a high fire risk and in the buildings requiring maximum fire resistance. The greatest advantage of the R5 capped panel is that the panel link elements are protected from external factors thanks to the the cap profile that covers the panel connection points and the prevention of the water leakage problems that can be experienced over time in connecting components. The panels can be assembled with side overlaps without using the cap profiles or the caps can be attached later according to preference. Also the ability to make the cap profiles in different colors by preference provides an advantage for appearance. By using the R5 panels, roofs with a 7% gradient can be built; while the ability to cover the connecting components makes them usable for façade paneling. The Mineral Wool filler provides high acoustic performance.
R5T CAPPED ROOF PANEL
- The greatest advantage of the R5 capped panel is that the panel fittings are protected from external factors thanks to the cap profile that covers the panel joints and the prevention of the water leakage problems that can be experienced over time in either panel joints or fittings.
- The panels can be assembled with side overlaps without using the cap profiles or the caps can be attached later as applicable.
- The ability to make the cap profiles in different colors based on preference also provides a visual advantage.
- By using R5 panels, roofs with a 7% gradient can be built while the ability to cover the fittings allows for use in exterior wall panel applications.
- Mineral Wool filling material provides high acoustic performance.
Product Information
Production Plant
Balıkesir
Favourable Width
1000 mm
Minimum Length
3 meters
Maximum Length
Depends on Transport Conditions
Mineral Wool Density
100 (±10) kg/m3
Mineral Wool Thickness
50-60-70-80-100-120-130-150 mm
Heat Insulation Coefficient
0,043 W/ Mk
Mineral Wool Inflammability Class (EN 13501-1)
A1
Water Absorption
By Volume %2
Heat Resistance
600 ºC
Vapour Diffusion Resistance (EN 12086)
1
