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Zinc angle seam cladding
elZinc

Zinc angle seam cladding

elZinc® angle seam is a traditional fully supported architectural cladding system composed of site-seamed zinc trays. The seamed joint is 25mm high and has a 12mm front face.

The zinc angle seam cladding can be used to clad façades (tray dirección can be horizontal, vertical, or at angle) and roofs pitched above 25º (35º in regions with heavy snowfall). The zinc angle seam trays can be tapered, pre-curved to concave or convex panels, so almost any architectural geometry can be weathered using this system.

Angle seam façades exhibit fairly pronounced visual directionality, and various designs are available for creating different effects that can be used to reinforce the architectural design intent.

Slight oil canning (quilting) is sometimes apparent, adding extra character to the zinc façade.

Specification
  • Zinc angle seam traditional fully supported cladding composed of standing seam trays seamed together on site. The trays are made of 0,7 or 0,8mm thick elZinc® titanium zinc rolled according to EN988 and ASTM B69-13

    Normal tray widths: 430, 530, and 600mm. Cladding weight (zinc only) is between 6 and 7 kgs/m2.

    Trays are fixed back to sheathing / boarding using stainless steel clips secured at pre-determined centres (according to exposure) by stainless steel (A2 grade) fasteners. Sheathing / boarding to be laid flush, true and plumb, and its fasteners driven just below the surface. For buildings that require a non-combustible substrate for the zinc, trapezoidal metal sheet panels are used as a substitute for the wooden sheathing / boarding. 

    Wall cladding/façade application: The cladding is normally rear-vented behind the supporting sheathing / boarding with a ventilating space of at least 20mm (some countries require more). A simple breather membrane is normally installed between the zinc and the substrate to act as a separating layer.

    Roofing application: The roof is either ventilated with a ventilating space of between 50 and 100mm (depending on rafter length) under the substrate, or installed in an unventilated (warm) roof design which includes suitable methods for condensation control. A structural underlay (and draining membrane) is often required under the zinc to ensure air circulation to its underside.

Technical specification
  • Unique ref.angleseam
  • Product familyZinc cladding façades
  • Product groupTraditional cladding
  • TypeObject (single object)
  • Date of publishing2019-03-11
  • Edition number1
  • Depth (mm)25
Related
  • Material mainZinc
  • Designed inSpain
  • Manufactured inSpain
Classification
  • BIMobject CategoryWalls - Cladding
  • IFC classificationCovering
  • CSI MasterFormat 2014 Code07 64 00
  • CSI MasterFormat 2014 TitleSheet Metal Wall Cladding
  • OmniClass Number23-13 37 13
  • OmniClass TitleExterior Wall Cladding

Region availability

Europe Asia North America Africa South America Oceania
Åland Islands
Afghanistan
Anguilla
Algeria
Argentina
American Samoa
Albania
Armenia
Antigua and Barbuda
Angola
Bolivia
Australia
Andorra
Azerbaijan
Aruba
Benin
Brazil
Cook Islands
Austria
Bahrain
Barbados
Botswana
Chile
Federated States of Micronesia
Belarus
Bangladesh
Belize
Burkina Faso
Colombia
Fiji
Belgium
Bhutan
Bermuda
Burundi
Ecuador
French Polynesia
Bosnia and Herzegovina
British Indian Ocean Territory
British Virgin Islands
Cameroon
Falkland Islands (Islas Malvinas)
Guam
Bulgaria
Brunei
Canada
Cape Verde
French Guiana
Kiribati
Croatia
Cambodia
Caribbean Netherlands
Central African Republic
Guyana
Marshall Islands
Cyprus
China
Cayman Islands
Chad
Paraguay
Nauru
Czech Republic
Christmas Island
Collectivity of Saint Martin
Comoros
Peru
New Caledonia
Denmark
Cocos (Keeling) Islands
Costa Rica
Côte d'Ivoire
Suriname
New Zealand
Estonia
Georgia
Cuba
Democratic Republic of the Congo
Uruguay
Niue
Faroe Islands
Hong Kong
Curaçao
Djibouti
Venezuela
Norfolk Island
Finland
India
Dominica
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Northern Mariana Islands
France
Indonesia
Dominican Republic
Equatorial Guinea
Palau
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Iran
El Salvador
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Japan
Guadeloupe
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Hungary
Jordan
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Tonga
Isle of Man
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Jamaica
Kenya
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Italy
Laos
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Jersey
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Montserrat
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Madagascar
Lithuania
Maldives
Panama
Malawi
Luxembourg
Mongolia
Puerto Rico
Mali
Malta
Myanmar (Burma)
Saint Kitts and Nevis
Mauritania
Moldova
Nepal
Saint Lucia
Mauritius
Monaco
North Korea
Saint Pierre and Miquelon
Mayotte
Montenegro
Oman
Saint Vincent and the Grenadines
Morocco
Netherlands
Pakistan
Saint-Barthélemy
Mozambique
North Macedonia
Palestine
Sint Maarten
Namibia
Norway
Philippines
The Bahamas
Niger
Poland
Qatar
Trinidad and Tobago
Nigeria
Portugal
Saudi Arabia
Turks and Caicos Islands
Republic of the Congo
Romania
Singapore
U.S. Virgin Islands
Reunion
Russia
South Korea
United States
Rwanda
San Marino
Sri Lanka
Saint Helena
Serbia
Syria
São Tomé and Príncipe
Slovakia
Taiwan
Senegal
Slovenia
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Thailand
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Türkiye
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Sweden
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Sudan
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Vietnam
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Vatican City
Yemen
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Uganda
Western Sahara
Zambia
Zimbabwe