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Avantis 95 Standard  - Windows & Doors
Avantis 95 Standard  - Windows & Doors
Avantis 95 Standard  - Windows & Doors
Avantis 95 Standard  - Windows & Doors
Avantis 95 Standard  - Windows & Doors
Avantis 95 Standard  - Windows & Doors

    Avantis 95 Standard - Windows & Doors

    Avantis 95 is a high performance thermally broken 3-chamber system with a building depth of 95 mm. Avantis 95 profiles have 3 chambers, coupled with a 60 mm omega shaped, glass fibre reinforced polyamide strips. Avantis 95 combines the highest thermal,insulation levels with unparallelled weather performances. This makes it the perfect aluminium profile system for low energy, passive and sustainable architecture. Avantis 95 has a hidden drainage to avoid the requirement of visible cover caps. Avantis 95 has a wide choice of hinges, handles and hardware to finalise your specific needs. Avantis95 is perfect for passive constructions. Avantis 95 can be equipped with hidden hardware Avantis 95 has a range of design glazing beads to create an extra finish. Avantis 95 system accommodates fillings of 28mm up to 69mm (for fixed frames) Avantis 95 system accommodates fillings of 28mm up to 72mm (for vents) Building depth frame : 95mm Building depth vent : 105 mm Sightline frames : 68 to 88 mm Sightline transoms : 88 to125 mm Sightline vents : 49 to 69 mm Maximum vent weight : Frontal mounted hinges : 250kg Butt hinges : 180kg Concealed hinges : 180kg
    Specification
    • Air permeability EN12207: Class 4 - 600 Pa Watertightness EN 12208: E1950 Windresistance EN12210: C5 Forced entry resistanceENV 1627 – 1630 : Class 2 Service strength EN13115 : Class 1 Acoustical insulation: EN ISO 717/1: Rw(C;Ctr)= 48 (-1;-4) dB (88.2/16/66.2) Extreme low air infiltration : 0,18 m³/hm² (50 Pa) at a pressure of 50 Pa (blowerdoor test) where the highest European test claims a value lower than 1,89 m³/hm² so a 10 times better result ! Thermal insulation: EN ISO 10077-2: SHI : Uf = 0.67 to 1.129 W/m²K SI : Uf = 0.778 to 1.286 W/m²K Basic: Uf = 0.778 to 1.286 W/m²K (Uf in function of profile combination) Outstanding thermal performance: Uw ≤ 0,8 W/m²K (1,23 m x 1,48 m, triple glass Ug 0.7, TBT) Maximum thermal insulation: Passive House Suitable Component according to Passive House Institute and IFT with certificate. The Passive House Institute (PHI) is an independent research center that has played an especial crucial role in the development of the passive House concept- the World only performance-based energy standard in construction. The Passivhaus-Institut is responsible for promoting and maintaining the Passive House - Passivhaus building program ift Rosenheim is an internationally acting scientific service provider for manufacturers of windows, curtain walls, glass, pedestrian, industrial and commercial doors and gates and all accessories. ift Rosenheim performs tests for the fitness for use of building components and various materials depending on their field of application
    Technical specification
    • Unique ref.Avantis95_Standard
    • Product familyWindows & Doors
    • Product groupAluminium Windows
    • TypeObject (single object)
    • Date of publishing2016-09-15
    • Edition number1
    • Height (mm)2500
    • Width (mm)1600
    • Depth (mm)95
    Related
    • Material mainAluminum
    • Designed inBelgium
    • Manufactured inBelgium
    Classification
    • BIMobject CategoryWindows - Single Hung Windows
    • IFC classificationWindow
    • UNSPSC nameWindows
    • UNSPSC code301716
    • Uniclass 2015 CodeEF_25_30
    • Uniclass 2015 DescriptionDoors and windows
    • ProductPage.DetailedInfo.Classifications.COBIetypeCategoryWindows
    • CSI MasterFormat 2014 Code08 51 13
    • CSI MasterFormat 2014 TitleAluminum Windows
    • OmniClass Number23-17 13 00
    • OmniClass TitleWindows
    • CSI UniFormat II CodeB2020
    • CSI UniFormat II TitleExterior Windows

    Region availability

    Asia Europe
    Iraq
    Belgium
    Israel
    Denmark
    Jordan
    Estonia
    Lebanon
    Finland
    Oman
    Ireland
    Palestine
    Latvia
    Qatar
    Lithuania
    Saudi Arabia
    Luxembourg
    Syria
    Netherlands
    Türkiye
    Norway
    United Arab Emirates
    Poland
    Yemen
    Portugal
    Sweden
    United Kingdom