Verified by manufacturer 2 months ago
Cradle to Cradle Certified
Certificate type
EPD
Certificate type
ISO 14001 Environmental Management Systems
Certificate type
EnMS ISO 50001
Certificate type
Angled standing seam cladding system.
Angled standing seam systems are used in the facade sector and for cladding small surfaces such as fascias, upstands and parapets. They are particularly suitable for visually separating roof and facade surfaces thanks to their height of approximately 25 mm and a seam width of approximately 12 mm. They can be installed horizontally, vertically and also diagonally.
The panels can be delivered with ready-made profiles or bevels or can be produced on the construction site using mobile roll formers.
Angled standing seams are distinguished by particularly low material stresses. In contrast to double standing seams, only one side is closed using a machine or by hand.
Features and benefits:
System build-up
General information
Installation all as per Rheinzink recommendations.
Color | Black Blue Brown Gold Green |
Finish | Natural Pre-treated Manufacturer guidancePre-PATINA, GRANUM, PRISMO and CLASSIC surfaces. |
Material | Zinc Guidance for specification option: Titanium zinc. |
Shape | Rectangle |
Length | 4000 mm 6000 mm Bespoke Manufacturer guidanceMaximum panel length 6 m. Optimum panel length 4 m. |
Width | 430 mm 500 mm 600 mm Bespoke |
Height | 25 mm |
Warranty description | 30 year Guidance for specification option: 30-year material guarantee. |
Uniclass | |
CAWS | H74/130 Zinc sheet fully supported wall covering |
Insulation | Full fill between studs/ frame. |
Air and vapour control layer | Vapowall breather layer. |
Carrier | Battens to give vented air space (min 50 mm). |
Substrate | Plywood (minimum 18 mm) as per EN 636 and EN 314.Guidance for specification option: For installation on timber battens. Profiled deck. |
Sheet underlay | |
Material | Vapozinc structured underlay. |
Zinc sheet | Rheinzink angle seams. |
System accessories | Flashings.Base strips.Window sill copings.Receiver strips.Base/cornice coping.Jamb profiles.Corner profiles.Lintel profiles.Wall copings.Fascia profiles. |
Alloy | Zinc-titanium-copper. |
Standard | To EN 988. Guidance for specification option: Zinc and zinc alloys - Specifications for rolled flat products for building. |
Sheet width | 430 mm. 500 mm. 600 mm. Bespoke. |
Finish | CLASSIC bright rolled. GRANUM basalte. GRANUM skygrey. PRISMO black. PRISMO blue. |
Sheet thickness | 0.7 mm. 0.8 mm. |
Reaction to fire | To EN 13501-1, Class A1 (external face). Guidance for specification option: CLASSIC, GRANUM and prePATINA finishes. To EN 13501-1, Class A2 (external face). Guidance for specification option: PRISMO finishes. |
Third-party certification | Cradle to Cradle Certified® Bronze and EN 15804 EPD (CLASSIC and prePATINA). |
Contains Red List materials | No |
Country of material origin | Germany |
Country of product manufacture | Germany |
Embodied carbonA1-A3 (production stage) as defined in BS EN 15804 | 1.85 kg CO₂ eq/kg |
Recyclability | 100 |
Museum of Transport
Rheinzink Standing Seam Technology Installation Guide for Zinc Roofing
Sir Colin Campbell Building Nottingham University
Sustainable Building Certificate
TUV Quality Zinc Certificate
Rheinzink - Standing Seam Zinc Technology Checklist
Rheinzink Reveal Panel - Zinc System technology for Facades
Libeskind Villa (Germany)
Centro Aggregazione Giovanile - Youth Center Pieve di Bono (Italy)
Twenty Campus (France)
Le Nid (France)
Activity Centre La Borde (France)
Haapsalu Castle (Estonia)
Wimbledon College ( Wimbledon)
University of Surrey (Guilford)
The Green Man Hub (London)
RAD Building University of Nottingham (Nottingham)
Newhouse of Auchengree (Scotland)
Museum of Transport (Glasgow)
Diploma Learning Centre (Wolverhampton)