Aluminum Windows
architectural design
Thermal break aluminum systems from European leaders Cortizo and Alumil. Minimalist design, large spans and optimal thermal performance.
Aluminum Advantages
Modernity and durability at the service of your project
Thermal break
Polyamide technology for optimal insulation
Large dimensions
Large format bay windows and panoramic windows
Durability
Exceptional resistance to weather and time
Minimalist design
Ultra-thin profiles for maximum brightness
Available Ranges
Solutions for each type of architectural project
Cortizo COR 80 Industrial
Versatile system for residential and commercial projects. Contemporary design and high performance.
- Triple glazing up to 54mm (2⅛")
- 34mm (1⅜") thermal break
- Integrated drainage
- Multi-configurations
Alumil Supreme S77
Superior thermal performance with sleek design. Ideal for high-end projects.
- Glazing up to 61mm (2⅜")
- 42mm (1⅝") thermal break
- PassivHaus certification
- Concealed hardware available
Cortizo Cor Vision Plus
Hidden sash system for maximum glazing. Aluminum becomes invisible.
- Completely hidden sash
- 28mm (1⅛") double glazing
- Ultra-minimal design
- Large spans
Architectural Projects
Curtain Walls
Structural glazed facades for commercial and prestigious residential buildings.
- Modular structure
- Large span
- Contemporary design
Sliding Doors
Lift-and-slide systems for smooth opening to the outside.
- Up to 6m wide
- Flush threshold
- Motorization option
Skylights
Inclined glazed structures for zenith light input.
- Natural light
- Motorized ventilation
- Smoke evacuation
Fixed Windows
Large format panoramic glazing for unobstructed views.
- Maximum brightness
- Optimal insulation
- Large dimensions
Aluminum Colors
Anodizing, RAL coating and wood effects available
Natural anodizing
Bronze anodizing
RAL 7016 coating
RAL 9005 coating
RAL 9010 coating
Oak wood effect
Walnut wood effect
DB 703
An ambitious architectural project?
Our experts will guide you in choosing the aluminum system adapted to your vision.
Discuss your project