Standing seam for roofing
- Roofing
- Clips
- Hidden
- Standing
- Standing seam
General information
Standing seam is a double-folded seam, widely recognized for its durability and sleek aesthetic. The use of profiling and seaming machines for the closure of longitudinal seam joints significantly reduces installation time, making it a preferred choice for modern roofing projects.
This system is particularly well-suited for a standing seam metal roof, which offers exceptional durability and resistance to harsh weather conditions. Its low seam height (25 or 32 mm) enhances the modernity, lightness, and uniformity of both the roof and façade, while emphasizing the architectural design.
For those seeking a more sustainable and aesthetically pleasing option, zinc roof sheets or zinc roofing sheets provide a long-lasting and corrosion-resistant solution. Whether for a metal roof or façade, the standing seam technique supports large surface areas, ensuring optimal performance even in regions with strong winds, heavy rain, or snowfall. This advanced system is ideal for complex designs that demand both functionality and visual appeal.
Finishes
See all aspects-
ANTHRA-ZINC -
AZENGAR -
PIGMENTO Blue -
PIGMENTO Brown -
PIGMENTO Green -
PIGMENTO Red -
QUARTZ-ZINC -
Natural zinc
Installation
See all our installation videosDescription
Lay the panel on the structure
The L profile of the preceding panel and the clips that have been fastened to the panel and fixed to the structure are covered by the U of the next panel, avoiding stresses and lateral traction.
Number of clips for roofing depends on the climate zone.
Transversal junctions
When the length of the roof slope exceeds the maximum recommended length, it is necessary to join the sheets using transversal junctions. Several techniques exist depending on the pitch of the roof.
-
1 -
Lay the panel on the structure
The L profile of the preceding panel and the clips that have been fastened to the panel and fixed to the structure are covered by the U of the next panel, avoiding stresses and lateral traction. -
1.
Lay the panel on the structure
The L profile of the preceding panel and the clips that have been fastened to the panel and fixed to the structure are covered by the U of the next panel, avoiding stresses and lateral traction. -
2 -
Number of clips for roofing depends on the climate zone.
-
2.
Number of clips for roofing depends on the climate zone.
-
3 -
Transversal junctions
When the length of the roof slope exceeds the maximum recommended length, it is necessary to join the sheets using transversal junctions. Several techniques exist depending on the pitch of the roof.
-
3.
Transversal junctions
When the length of the roof slope exceeds the maximum recommended length, it is necessary to join the sheets using transversal junctions. Several techniques exist depending on the pitch of the roof.