The GUTMANN MIRA ALI CLAD

The GUTMANN MIRA ALI CLAD is a premium wood-aluminium window and door system that combines the natural warmth of wood with the durability and low maintenance of aluminium. 

Versatility and Energy Efficiency

Designed for versatility, this system delivers exceptional thermal performance, aesthetic flexibility, and structural integrity, making it ideal for both residential and commercial applications. With its classic offset design and customizable profile options, MIRA ALI CLAD meets diverse architectural requirements while ensuring energy efficiency and comfort.

Key Features

  • Versatile Design Options: A wide range of window styles, including slanted windows, semi-circular and segmented designs.
  • Superior Thermal Performance: Achieves excellent thermal insulation with Ug values as low as 0.6 W/m²K, ensuring energy efficiency and compliance with modern building standards.
  • Durable Aluminium Cladding: High-quality aluminium shells provide weather resistance and low maintenance, protecting the wooden core while enhancing longevity.
  • Flexible Profile System: Offers a comprehensive range of transom and mullion profiles for optimal joints and structural connections, enabling seamless integration into various building designs.
  • Installation-Friendly Technology: Proven fastening techniques ensure economic and efficient installation, with adjustable plinth heights to accommodate different wood projections.
  • Customizable Configurations: Supports all standard window constructions and opening types, including tilt-and-turn, fixed glazing and sliding doors.

Technical Specifications

  • Wood Thickness: Standard options include 68 mm, 78 mm, or 88 mm, with spruce as a common wood species. Custom thicknesses available upon request.
  • Profile Designs: Classic offset with radiused edges or modern angular designs for specific architectural needs.
  • Glass Compatibility: Supports glazing thicknesses up to 65 mm and weights up to 730 kg for large-scale applications.
  • Thermal Efficiency: Uf values as low as 0.65 W/m²K
  • Frame Width: Minimum 50 mm view width for slim, modern aesthetics; face width of 110 mm in double-rebated systems.
  • Water and Air Tightness: Tested for driving rain and airtightness.
  • Hardware Compatibility: Compatible with leading hardware systems for reliable operation and customization.

Benefits

  • Aesthetic Appeal: Combines the timeless beauty of wood interiors with sleek, modern aluminium exteriors, offering a premium look for any project.
  • Energy Efficiency: High insulation values reduce energy costs and enhance indoor comfort, ideal for passive house designs.
  • Sustainability: Utilizes sustainable materials and advanced engineering for long-lasting performance and eco-friendly construction.
  • Architectural Freedom: Modular design and special shapes (e.g., round arches, sloped components) allow for creative and sophisticated architectural solutions.
  • Low Maintenance: Aluminium cladding minimizes exterior maintenance while preserving the wooden interior’s natural charm.

Applications

  • Residential Buildings: Perfect for homes seeking a balance of elegance, durability, and energy efficiency.
  • Commercial Projects: Slim profiles and large glass surfaces make it ideal for modern office spaces, retail, or institutional buildings.
  • Specialized Designs: Supports unique architectural features like large-scale glazing, lift-and-slide doors, and custom window shapes for bespoke projects.

Why Choose GUTMANN MIRA ALI CLAD?

The GUTMANN MIRA ALI CLAD system is engineered for architects and builders who demand both form and function. Its innovative wood-aluminium construction delivers unmatched durability, thermal performance, and design flexibility. Whether you’re designing a modern residential masterpiece or a high-performance commercial facade, MIRA ALI CLAD provides the perfect blend of style, sustainability, and practicality.

Get in Touch

Ready to elevate your project with GUTMANN MIRA ALI CLAD? Contact us for technical specifications and quotations.