grindley hill court 1
    Smithfield multi storey car park stoke on trent
    EX31289_5453_STAFFORD COLLEGE_EDUCATION_ARCHITECTURAL FACADE_PRO_STAFFORD_5STAR-07-min
    EX17376_4237_VICTORIA GATE MSCP__CAR PARK_ARCHITECTURAL FACADE_LEEDS_5STAR (13)-832701-edited
    EX28460_5106_BROADMARSH_MSCP_ARCHITECTURAL FACADE_PRO_NOTTINGHAM_4STAR-46

    A decorative architectural façade system with aerofoil or rectangular profiles. Offering numerous design options for all building types including ‘twisted variations that incorporate spring-loaded brackets.

    Vector architectural fin façade can be specified as a vertical or horizontal system in cassette panels or solo construction for larger blades. 

    key features

    • Effective screening solution – Vertical fins hide steel framework and provide striking façades, particularly on data centres
    • Multiple design options – Fins can be placed at different angles to manipulate natural light and add visual effects
    • Comprehensive fixing options – Fins can fix back to concrete, curtain-walling, brick and steelwork 

    Vector® Twisted fin façade

    For bespoke projects with complex design requirements, Vector twisted fins are the perfect solution. Spring-loaded brackets place the fins under tension to accommodate the live-loads common to multi-storey car parks, enabling practical and aesthetically-pleasing façades.

    nbs specification data

    MAPLE ARE NOW APPROVED SPECIFICATION NBS CHORUS WRITING PARTNERS

    You can specify Vector® architectural fin façade using NBS Source. Need help writing your specification? Get in touch with an architectural façade specialist today.

    Vector  (2)

    Architectural Fin - Vector® Rectangular Vertical Fin Façade

    Fin construction: Aluminium 6063 T6 rectangular fin extrusion. Blade sizes of 100–500 mm (cassettes), larger blades are solo. Fins installed to suitable fixing grounds using purpose designed bracketry.

    Bracket construction:

    a) Laser-cut and folded brackets, designed and engineered to suit the project location, wind loadings, and tolerances. Manufactured from mild steel S275 (or similar), and fixed directly to suitable fixing grounds.

    b) TRINITI curtain walling bracket, manufactured from Aluminium 6063 T6.

    Fin colour/ finish: Specific to each project – polyester powder-coated 60 µm or anodised 25 µm.

    Bracket colour/ finish: Specific to each project – polyester powder-coated (60µm) or mill finish (TRINITI).

    specifyme

     

    Vector twisted fin

    Architectural Fin - Vector® Twisted Vertical Fin Façade

    Fin construction: Aluminium 6063 T4 fin extrusion.

    Bracket construction:

    a) Laser cut and folded brackets, designed and engineered to suit the project location, wind loadings and tolerances, manufactured from mild steel S275 (or superior) and installed direct to suitable fixings grounds. Front end of bracket comprises a secondary system that incorporates a spring arrangement which ensures the fins are constantly under tension whilst allowing for building live loads. 


    Fin colour/ finish: Specific to each project – polyester powder-coated 60 µm or anodised 25 µm.

    Bracket colour/ finish: Specific to each project.

    specifyme

     

    Vector aerofoil

    Architectural Fin - Vector® Aerofoil Vertical Fin Façade

    Fin construction: Aluminium 6063 T6 aerofoil fin extrusion. Blade sizes of 100–500 mm (cassettes), larger blades are solo. Fins installed to suitable fixing grounds using purpose designed bracketry.

    Bracket construction:

    a) Laser-cut and folded brackets, designed and engineered to suit the project location, wind loadings, and tolerances. Manufactured from mild steel S275 (or similar), and fixed directly to suitable fixing grounds.

    b) TRINITI curtain walling bracket, manufactured from Aluminium 6063 T6.

    Fin colour/ finish: Specific to each project – polyester powder-coated 60 µm or anodised 25 µm.

    Bracket colour/ finish: Specific to each project – polyester powder-coated (60µm) or mill finish (TRINITI).

    specifyme