
COR 70 Evolution
Standard channel 16 system for windows, doors and balcony doors. COR 70 Evolution is available with visible, hidden or semi-visible sash, offering maximum versatility.
COR 70 Evolution hinged system with channel 16
COR 70 Evolution combines a 70 mm frame depth with visible sash, hidden sash, semi-visible sash and reduced semi-visible sash solutions. It enables windows, balcony doors and doors with high thermal, acoustic and AEV performance.
- Thermal transmittance
- Uw ≥ 0.8 W/m²K
- Acoustic insulation
- Rw up to 43 dB
- Air permeability
- Class 4
- Water tightness
- Class E1500
- Wind resistance
- Class C5
Technical system information
Main data
- Hidden sash / reduced semi-visible sash
- Frame 70 - 232 mm (hidden sash). Frame 70 mm (reduced semi-visible sash). Sash 72.5 - 80.5 mm.
- Glazing for hidden / reduced semi-visible sash
- 36 mm
- Maximum sash dimensions for hidden / reduced semi-visible sash
- Width (L) 1300 mm · Height (H) 2400 mm
- Maximum sash weight
- 150 kg
- Semi-visible sash / visible sash
- Frame 70 - 232 mm (semi-visible sash). Frame 70 mm (visible sash). Sash 80.5 - 88.5 mm.
- Glazing for semi-visible / visible sash
- 63 mm
- Maximum dimensions for semi-visible / visible sash
- Window: Width (L) 1000 mm · Height (H) 1700 mm. Balcony door / door: Width (L) 1500 mm · Height (H) 2600 mm.
- Note
- Check maximum weight and dimensions according to typology.
Options
Opening possibilities

System gallery
Local images are included in the project so the COR 70 Evolution sheet does not depend on external resources.




Compare this system with what you need to improve
Before choosing a window, it helps to relate the system to the real use of the home: thermal insulation, outside noise, air leakage, watertightness, orientation and opening type.
Connect this system with your project
Review selection criteria, related solutions and real projects before comparing performance and requesting a quote.
Would you like to assess COR 70 Evolution for your home?
Request a quote and we will help you assess whether this system fits your needs for insulation, comfort, design and performance.


