CORTIZO
ARCHITECTURAL ALUMINIUM SYSTEMS
Cortizo, is known for being the first manufacturer and distributor of aluminum and PVC systems for the architecture and industry sectors in Spain, as well as one of the sector’s leading companies in Europe.Cortizo stands out for completing the whole manufacturing cycle of aluminum; foundry, extrusion, powder coating, anodizing, chemical brightening, CNC machining, packaging, storage and distribution.Cortizo has 9 different Production Centers all over Europe, more than 2800 workers and with sales network of 60 countries.With 120.000 tonnes productive capacity, Cortizo made 554 million Euros of turnonver.
TP52
Facade Systems
Great variety of mullions (from 16 to 230 mm) and transoms (from 22,5 to 205,5) that solve the different aesthetic and constructive needs of any architectonic projects Internal seen section: 52 mm
TransmittanceAir permeabilityWater tightnessWind resistance
Ucw from 0,6 (W/m²K)(EN 12152:2000) CLASS AE(EN 13114:2001) CLASS RE1500(EN 13116:2001) APT
COR 60
Window Systems
Euro-Groove hinged system with 60 mm of frame depth Polyamide strip length 24 mmMaximun acoustic insulation 48 dB Maximum glazing thickness: 46 mmPossibility of incorporating hardware with concealed hinges & the security system Evo Security
TransmittanceMaximum acoustic ins.Air permeabilityWater tightnessWind resistance
Uw from 1,0 (W/m²K)Rw=48 dB(EN 12207:2000) CLASS 4(EN 12208:2000) CLASS E1200(EN 12210:2000) CLASS C5
COR 60 HV
Window Systems
A 60 mm frame depth Euro-Groove hidden sash window systemSeen surface of only 63 mm from the outsideMaximun glazing surfaceExtraordinary increase in luminosityPossibility of incorporating hardware with concealed hinges & the security system Evo SecurityPossibility of straight or curved sashes
TransmittanceMaximum acoustic ins.Air permeabilityWater tightnessWind resistance
Uw from 1,5 (W/m²K)Rw=41 dB(EN 12207:2000) CLASS 4(EN 12208:2000) CLASS 9A(EN 12210:2000) CLASS C5
COR 70 HV
Window Systems
A 70 mm frame depth Euro-Groove hidden sash window systemSeen surface of only 66 mm from the outsideMaximun glazing surfaceExtraordinary increase in luminosityPossibility of incorporating hardware with concealed hinges & the security system Evo Security
TransmittanceAir permeabilityWater tightnessWind resistance
Uw from 1,0 (W/m²K)Rw=46 dB(EN 12207:2000) CLASS 4(EN 12208:2000) CLASS E1650(EN 12210:2000) CLASS C5
COR 70 INDUSTRIAL
Window Systems
Hinged window system with frame depth of 70 mmPolyamide strip length 35 mmTransmittance from 0,9 W/m²KMaximum glazing thickness: 55 mmPossibility of incorporating hardware with concealed hinges & the security system Evo Security
TransmittanceMaximum acoustic ins.Air permeabilityWater tightnessWind resistance
Uw from 0,9 (W/m²K)Rw=44 dB(EN 12207:2000) CLASS 4(EN 12208:2000) CLASS E1200(EN 12210:2000) CLASS C5
COR 80 INDUSTRIAL
Window Systems
Hinged window system with frame depth of 80 mmPolyamide strip length 45 mmTransmittance from 0,8 W/m²KMaximum glazing thickness: 65 mmPossibility of setting up concealed hinges & the security system Evo Security
TransmittanceMaximum acoustic ins.Air permeabilityWater tightnessWind resistance
Uw from 0,8 (W/m²K)Rw=46 dB(EN 12207:2000) CLASS 4(EN 12208:2000) CLASS E1950(EN 12210:2000) CLASS C5
4200 SLIDE
Sliding Systems
A versatile system with thermal bridge45º frame encounters45º or 90º sash encountersCurved or straight sashesPossibility of pocket system
TransmittanceAir permeabilityWater tightnessWind resistance
Uw from 1,5 (W/m²K)Rw=39 dB(EN 12207:2000) CLASS 3(EN 12208:2000) CLASS 7A(EN 12210:2000) CLASS C5
4600 HI L&S
Sliding Systems
Lift and slide door system that exhibits the best thermal insulationUw from 0,9 Wm²KPossibility of two options for central sash encounter, 110 mm standard section and minimalist solution of only 50mmPossibility of large sash dimensions makes this system ideal for enclosing large spaces, at the same time that it provides maximum luminosityIt is a robust system in appearance, but light at the same time, providing an ultra smooth opening action and perfect sash sliding over a stainless steel rail
TransmittanceMaximum acoustic ins.Air permeabilityWater tightnessWind resistance
Uw from 0,9 (W/m²K)Rw=43 dB(EN 12207:2000) CLASS 4(EN 12208:2000) CLASS 9A(EN 12210:2000) CLASS C5
COR VISION
Sliding Systems
Visible section of only 20 mmMaximum surface glazing areaPossibility of embed the bottom, top and lateral frames with in the wallPossibility of pocket systemPossibility of sash encounters at a 90° corner without a mullion
TransmittanceMaximum acoustic ins.Air permeabilityWater tightnessWind resistance
Uw from 1,3 (W/m²K)Rw=41 dB(EN 12207:2000) CLASS 4(EN 12208:2000) CLASS 7A(EN 12210:2000) CLASS C5
COR VISION PLUS
Sliding Systems
Minimalist sliding system specially suitable for large dimensions (until 4.000 mm/sash of width or height)Possible to cover great openings with a glass surface of 94%Visible section of just 25 mmOutstanding thermal and acoustic performanceIt comes with the possibility of motorized opening for weights up to 700 kg, and manual opening for up to 400 kg. Additionally, it allows to place multipoint lock systems by operating rod, with or without keyThe rollers are placed in the frame, and the sashes count with a stainless steel reinforced rolling area which makes the sliding movement smootherPossibility of corner sash encounters at 90º without needing a mullionThe motorized version allows to completely hide the sash within the frame in closing position
TransmittanceAir permeabilityWater tightnessWind resistance
Uw from 0,9 (W/m²K)Rw=43 dB(EN 12207:2000) CLASS 4(EN 12208:2000) CLASS 7A / 9A(EN 12210:2000) CLASS C3 /C4
BI-FOLD
Folding Systems
Up to 14 sashes outside and inside openingPossibility of either even or odd number of sashesit allows to insert the bottom frame in the pavement
TransmittanceAir permeabilityWater tightnessWind resistance
Uw from 1,1 (W/m²K)(EN 12207:2000) CLASS 3(EN 12208:2000) CLASS 7A(EN 12210:2000) CLASS C5
VIEW CRYSTAL BALUSTRADE
Balustrade Systems
Minimal balustrade systemState of the art designView Crystal 1,0 kN/mView Crystal Plus 3,0 kN/m
