Innovative greenEvolution Window Systems

The perfect balance of design and performance

Salamander’s greenEvolution window systems offer a combination of modern aesthetics, outstanding energy efficiency, and long-lasting durability.

Whether you’re looking for minimalist design, classic lines, or maximum flexibility, greenEvolution has the right solution for every architectural style. Explore the different system variants and find the perfect windows for your home or project.

greenEvolution flex / flex A

This versatile system adapts easily to various construction needs, whether in new builds or renovations. Available in 5- and 6-chamber versions, it delivers excellent thermal and acoustic insulation, enhancing the building’s energy performance.

The flex A version features thicker, Class A walls for improved stability and longevity. A range of surface finishes makes it easy to match any architectural style.

Features:

Profile with 5 or 6 chambers
External and central gasket
Installation depth: 76 mm
Heat transfer coefficient Uw up to 0,73 W/(m²K)
Glazing thickness up to 48 mm
Sound insulation up to 47 dB

greenEvolution curve

With its gently rounded edges, this design offers a classic and elegant look – ideal for traditional and Mediterranean-style architecture.

It provides exceptional thermal performance, reducing energy loss and increasing indoor comfort. Beyond aesthetics, it offers strong weather resistance, long service life, and minimal maintenance. Suitable for a wide variety of buildings.

Features:

Profile with 5 chambers
External and central gasket
Installation depth: 76 mm
Heat transfer coefficient Uw up to 0,73 W/(m²K)
Glazing thickness up to 48 mm
Sound insulation up to 47 dB

greenEvolution box

Featuring bold, square lines, this variant offers a sleek and sophisticated look – perfect for modern architecture.

It supports triple glazing, boosting insulation and reducing energy use. Its advanced profile construction ensures high security and excellent resistance to external conditions, while its precision design allows for easy adaptation to different building styles.

Features:

Profile with 7 chambers
External and central gasket
Installation depth: 76 mm
Heat transfer coefficient Uw up to 0,73 W/(m²K)
Glazing thickness up to 56 mm
Sound insulation up to 48 dB

bluEvolution 92

A high-performance window system that combines top-tier energy efficiency with a clean, modern design. With a 6-chamber structure and 92 mm installation depth, it delivers outstanding thermal insulation, cutting energy costs and enhancing comfort.

The option for triple glazing increases performance, while the solid construction guarantees long-term stability and resistance to external influences. Its refined design makes bluEvolution 92 ideal for energy-efficient and contemporary buildings.

Features:

Profile with 6 chambers
Central gasket
Installation depth: 92 mm
Heat transfer coefficient Uw up to 0,70 W/(m²K)
Glazing thickness up to 60 mm
Sound insulation up to 47 dB

evolutionDrive+

A modern sliding system that merges elegant design with superior functionality. Slim profiles allow for maximum natural light, while advanced sealing technology ensures excellent thermal and sound insulation.

This system offers optimal stability and effortless operation, making it ideal for both residential and commercial projects.

evolutionDrive SF

A compact and flexible sliding system, designed for space-saving and user-friendliness. Its innovative construction ensures quiet, smooth operation, and its high-quality materials offer long-lasting weather resistance.

Thanks to its energy-efficient design, it minimizes heat loss and contributes to sustainable building practices.

evolutionDrive HST

A premium lift-and-slide system that allows for expansive glass surfaces without compromising insulation or security. Its advanced mechanism enables easy and smooth opening and closing, while the robust design ensures long-term reliability.

Perfect for modern buildings with large openings, offering uninterrupted views and seamless indoor-outdoor transitions.