Curtain Wall

  • CW 50 is a curtain wall facade and roof system that offers unlimited creative freedom and allows maximum entrance of light into the building. The system offers 11 individual styles with various outside appearances.

    Any combination of vertical and inclined planes are possible together with the integration of different types of vents. The extensive range offers technical solutions for the different performance require-ments of a facade such as fireproof and high insulating solutions.

    Reynaers curtain walls are designed to meet the requirements of contemporary architecture, in extension to that, additional more practical features to these curtain walls, like different opening types, should not disrupt the global design of the building.

    Top Hung Window – THW

    The Top Hung Window allows integrating big opening elements with big opening spans, which can be operated manually or automatically. Choosing for a glazing bead or in structural silicone glazing (SSG) can stress the opening elements or make them fade in the general curtain wall view. Enhanced thermal properties are available with increased insulation and glass thickness. The THW can be included in the strategy of the building’s Smoke&Heat Exhaust Ventilation Systems (SHEVS).

    Parallel Opening Window – POW

    The Parallel Opening Window allows better airflow for smaller dimensions, because it’s typical opening concept. This makes it ideal for ventilation without creating unwanted access to the building (e.g. Night ventilation). Better natural ventilation results in a better indoor air quality, thermal comfort and healthy indoor climate for building users. Aesthetically, this opening type makes that the overall impression of reflection of the building remains the same with opened or closed vents. Furthermore, the POW has similar advantages as the THW solution: big opening elements, manual or auto-matically operation increases insulation, SHEVS and glazing bead or with structural silicone glazing (SSG).

    TUTI Hidden Vent

    The Inward Opening Window, also known as the hidden vent is a structural silicone glazing solution which can be applied in a standard curtain wall facade or in a structurally clamped facade. Therefore it doesn’t affect the event facade geometry. Water tightness is assured by the use of a central gasket. This system uses a half mullion so it has a minimal visible width from the inside.

    Flush Roof Vent

    The Flush Roof Vent has been developed to perfectly blend into the buildings’ outer shell without causing any disruption to the surface and can have inclination angles of 5 up to 80. Thus not limiting but on the contrary simulating architectural creativity. The superior HI variant assures an increased insulation by using additional insulation gaskets and longer insulation strips. The possibility to integrate 52 mm glass in the HI version further enhances thermal efficiency. A motor-operated version is especially convenient within building management systems or in roof windows in hard-to-reach-places.

  • Style variantsCW 50CW 50 Swiss SolutionCW 50-FPCW 50-HI
    FunctionalRationalized systemFire proof EI 30 & EI 60Ultimate thermal comfort
    Interior visible width50 mm50 mm50 mm50 mm
    Depth mullionsfrom 42 mm to 316.5 mmfrom 62.5 mm to 104.5 mmfrom 63 mm to 105 mmfrom 41.5 mm to 316.5 mm
    Depth transomsfrom 5 mm to 193 mmfrom 62.5 mm to 104.5 mmfrom 63 mm to 105 mmfrom 4.7 mm to 193.2 mm
    Inertia mullions (lx: wind load)min 14 cm to max 2690 cmmin 36.5 cm to max 119.5mmin 37 cm to max 123 cmmin 13.5 cm to max 2690 cm
    Inertia transoms (lx: wind load)min 4 cm to max 535 cmmin 36.5 cm to max 119.5mmin 34 cm to max 107 cmmin 3.5 cm to max 534.7 cm
    Inertia transoms (ly: glass load)min 8 cm to max 57 cmmin 16.9 cm to max 25.4 cmmin 18 cm to max 26 cmmin 7.9 cm to max 57 cm
    Exterior visible width50 mm50 mm50 mm50 mm
    Exterior face capsdifferent shapes availabledifferent shapes availabledifferent shapes availabledifferent shapes available
    Glazingfixing by pressure platesfixing by pressure platesfixing by pressure platesfixing by pressure plates
    Rebate height20 mm20 mm20 mm20 mm
    Glass thicknessfrom 6 mm to 62 mmfrom 6 mm to 44 mm33 mm/48 mmfrom 22 mm to 62 mm
    Type of ventsall Reynaers systems top hung window POWall Reynaers systems top hung window POWnot applicableall Reynaers systems top hung window POW (available in HI)
    Roof applicationyesnonono
    Style variantsCW 50-SLCW 50 ALU on SteelCW 50-SGCW 50-SC
    slender apperancedesigned for steel structurestructural sealed glazingstructural clamped glazing
    Interior visible width15/50 mm50 mm50/88 mm50 mm
    Depth mullionsfrom 125.5 mm to 167.5 mm67.5 mm41.5 mm to 316.5 mmfrom 41.5 mm to 316.5 mm
    Depth transomsfrom 99.4 mm to 172.2 mmfrom 5 mm to 57 mmfrom 4.7 mm to 193. mmfrom 4.7 mm to 193.2 mm
    Inertia mullions (lx: wind load)min 159.5 cm to max 339.2 cmnot applicablemin 13.5 cm to max 2690 cmmin 13.5 cm to max 2690 cm
    Inertia transoms (lx: wind load)min 71.5 cm to max 387.5 cmmin 4 cm to max 14.6 cmmin 3.5 cm to max 534.7 cmmin 3.5 cm to max 534.7 cm
    Inertia transoms (ly: glass load)min 9.1 cm to max 10.5 cmmin 2.9 cm to max 12.5 cmmin 7.9 cm to max 57 cmmin 7.9 cm to max 57 cm
    Exterior visible width50 mm50 mmEPDM gasket of 27 mm widthjoint: 20 mm
    Exterior face capsdifferent shapes availabledifferent shapes availablenot applicablenot applicable
    Glazingfixing by pressure platesfixing by pressure platesstructural glazing glued on cassettesclamped solution
    Rebate height20 mm20 mmstructural sealed glazingstructural sealed glazing
    Glass thicknessup to 62 mmup to 62 mmfrom 24 mm to 36 mmfrom 27 mm to 63 mm
    Type of ventsall Reynaers systems top hung window POWall Reynaers systems top hung window POWstructural top hung windowstructural top hung window structural POW
    Roof applicationyesyesnoyes
    Style variantsCW 50-HLCW 50-VLCW 50-RA Flush Roof VentCW 50/TUTI Hidden Vent (CW 50-SC/TUTI Hidden Vent)
    aesthetical horizontal liningaesthetical vertical liningdesigned for special constructionsextra opening types
    Interior visible width50 mm50 mm50 mm50/80 mm
    Depth mullionsfrom 41.5 mm to 316.5 mmfrom 42 mm to 316.5 mmfrom 41.5 mm to 316.5 mmfrom 83.5 mm to 146.5 mm
    Depth transomsfrom 4.7 mm to 193.2 mmfrom 5 mm to 193 mmfrom 4.7 mm to 193.2 mmfrom 83.5 mm to 146.5 mm
    Inertia mullions (lx: wind load)min 13.5 cm to max 2690 cmmin 14 cm to max 2690 cmmin 13.5 cm to max 2690 cmmin 33.6 cm to max 155.4 cm
    Inertia transoms (lx: wind load)min 3.5 cm to max 534.7 cmmin 3.5cm to max 534.7 cmmin 3.5 cm to max 534.7 cmmin 33.6 cm to max 155.4 cm
    Inertia transoms (ly: glass load)min 7.9 cm to max 57 cmmin 7.9 cm to max 57 cmmin 7.9 cm to max 57 cmmin 3.7 cm to max 7 cm
    Exterior visible widthvertical: 30 mm joint
    horizontal: 50 mm pressure plate
    50 mm/joint 20 mm50 mm50 mm
    Exterior face capsdifferent shapes availabledifferent shapes availabledifferent shapes availabledifferent shapes available
    Glazingfixing by horizontal pressure platesvertical: fixation by pressure plate
    Horizontal: clamped solution
    fixing by pressure plates and glazing beadsfixing by pressure plates structural sealed glazing (clamped solution)
    Rebate height20 mm20 mm/structural sealed glazing20 mm20 mm/structural sealed glazing
    Glass thicknessfrom 22 mm to 48 mmfrom 27 mm to 40 mmroof application:
    from 6 mm to 45 mm
    opening window 22-28 mm (open. window-SC 29-32 mm)
    Type of ventsstructural top hung windowstructural THWflush roof vent:
    top hung, bottom hung max. roof inclination: 5 to 80 glass up to 52 mm handle, spindle and automated opening
    turn
    turn-tilt
    bottom-hung window
    Roof applicationnonoyesno
  • Energy
    Thermal insulation (1)
    EN 13947
    Uf = value as down to 0,8 W/m2k, depending on the profile combination
    Comfort
    Acoustic performance (2)
    EN ISO 140-3; EN ISO 717-1
    RW (C;Ctr) = 33 (-1;-3) db / 60 (-2;-6) db, depending on glazing or panel type
    Air tightness (3)
    EN 12153; EN 12152
    A1 (150 Pa)A2 (300 Pa)A3 (450 Pa)A4 (600 Pa)AE 1200 (1200 Pa)
    Water tightness (4)
    EN 12155; EN 12154
    R4 (150 Pa)R5 (300 Pa)R6 (450 Pa)R7 (600 Pa)RE 1200 (1200 Pa)
    Wind load resistance, max. test pressure (5)
    EN 12179; EN 13116
    2000 Pa
    Resistance against impact
    EN 14019
    13/E515/E5

    This table shows classes and values of performances, which can be achieved for specific configurations and opening types.
    (1) The Uf-value measures the heat flow. The lower the Uf-value, the better the thermal insulation of the frame.
    (2) The sound reduction index (Rw) measures the capacity of the sound reduction performance of the frame.
    (3) The air tightness test measures the volume of air that would pass through a closed window at a certain air pressure.
    (4) The water tightness testing involves applying a uniform water spray at increasing air pressure until water penetrates the window.
    (5) The wind load resistance is a measure of the profile’s structural strength and is tested by applying increasing levels of air pressure to simulate the wind force.

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