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TWG Ventilace facade - complete solution
TWG Ventilace facade - complete solution
TWG Ventilace facade - complete solution

    TWG Ventilace facade - complete solution

    Hedged TWG facades are facades with a rear ventilation room between thermal insulation and

    Xterior Compact / Xterior Compact F or for uninsulated structures and wooden buildings between the load -bearing

    Underground and Xterior Compact / Xterior Compact F. The rear ventilation room is due to supply air openings on the

    Underside and exhaust air openings on the top of the wall or wall sections (e.g.

    tung) connected to the outside air and thus enables constant air change.

    Purchased behind ventilated facades (VHF) consist of:

    1. Xterior Compact / Xterior Compact F

    They serve the weather protection and facade design.

    2. Hinting ventilation

    The rear ventilation room is an area flows from the outside between the

    Inside the clothing and the outside of the wall or thermal insulation. This serves the moisture

    Protection of the layers behind it, the derivation of moisture loads from inside or outside as well as the

    Management of the summer warming.

    3. Substructure

    Substructures for VHF can be made of metal, wood or fiber reinforced plastics and combinations

    can be made from these materials.

    4. Trot profile

    Trot profiles are elements that mechanically combine the components of the substructure with each other.

    5. Fastening point

    Fastening points are points that the Xterior Compact / Xterior Compact F on the substructure mecha

    Fasten niche by metal elements or by means of gluing.

    6. Insulation material

    Thermally insulating layer between anchorage and rear ventilation room; The thermal insulation

    can- depending on the material- also fulfill fire and soundproofing functions.

    7. Wall underground

    The reason for anchoring is the load -bearing construction of the building. It serves to record the static

    loads. The substructure is anchored in the structure.

    Surface layers, e.g. B. plaster, coatings, are usually not sustainable.

    Specificatie
    • Requirements for the Facadenko Ntrau

      Purchased behind ventilated facades (VHF) are mechanically connected to the structure and must at any time

      be stable. The following loads must be taken into account object -specific:

      - Own load

      - Wind loads (so -called and pressure)

      - and ice loads

      - shock loads

      - special loads (e.g. seismic loads, advertising boards)

      The proof of stability for the VHF system is, including all individually, in a testable form

      according to the state of the art and the respective European and/or national regulations accordingly

      provide. The proof of stability has in particular the static calculation of the substructure, which

      To contain clothing as well as the anchoring and connection elements.

      The own load results from the own weight of the clothing and substructure. Corresponding values

      can be removed from the technical data sheet.

      The wind loads have to be distinguished. The variables to be used in the calculation are

      Among other things, dependent on building geometry, the execution of the facade clothing and the building site.

      In traffic areas, special loads (impact, ball throw or similar) may have to be taken into account (closer distress

      de substructure etc.).

    Technische specificatie
    • Unieke ref.ventilace-facade-complete-solution
    • Productfamiliefacade
    • Productgroepcomplete solution
    • TypeObject (enkelvoudig object)
    • Publicatiedatum2024-02-02
    • Editienummer1
    • Hoogte (mm)2070
    • Breedte (mm)2800
    • Diepte (mm)8
    Gerelateerd
    • HoofdmateriaalGelamineerd papier
    • Secundair materiaalHout
    • Ontworpen inDuitsland
    • Gefabriceerd inDuitsland
    • Nettogewicht (kg)85
    Classificatie
    • Categorie BIMobjectMuren - Gevelbekleding
    • IFC-classificatieCurtain Wall
    • ETIM-codeEG020350
    • ETIM-naamBuilding - Facade cladding
    • UNSPSC-naamSiding and exterior wall materials
    • UNSPSC-code301518
    • Uniclass 2015-codeSs_25_20
    • Uniclass 2015-beschrijvingWall cladding systems
    • CSI MasterFormat 2014 Code07 42 23
    • CSI MasterFormat 2014 TitelWood Wall Panels
    • OmniClass-nummer23-13 33 19 11
    • OmniClass-titelCladding and Curtainwall Panels
    • CSI UniFormat II-codeB2010
    • CSI UniFormat II-titelExterior Walls

    Beschikbaarheid regio

    Europa
    Duitsland
    Oostenrijk
    Zwitserland