European leader in high-quality, technologically-advanced aluminium systems for in-wall, indoor and outdoor, with a continued focus on sustainability in both products and processes.
Inspired by Aluminium
Corialis is a leading player in the design and manufacturing of high quality, technologically-advanced aluminium systems
Architectural Systems
Corialis designs and manufactures high-quality, technologically-advanced aluminium systems for in-wall, indoor and outdoor
Engineered Solutions
Corialis has a strong reputation for meeting the highest quality standards in the manufacturing of aluminium profiles
Sustainability
Sustainability is at the core of our business model, reflected in our product offering, as well as sourcing and production processes
Due to all the circular efforts in the metal facade industry, an aluminum window frame under the VMRG Quality Mark is now one of the better choices for the environment.
The French investment fund Astorg buys the Lokeren aluminum giant Corialis. It is valued at more than 1.6 billion euros, De Tijd learned. It is the largest Belgian deal of the year. Astorg is the fifth financial owner of the aluminum group in two decades.
Published by Corialis - 8/4/2021
WHY ALUMINIUM?
From the start, Corialis exclusively works with aluminium for its superior technical properties as well as its sustainable characteristics.
LOW LIFETIME COST
Long product lifetime (40-50 years) Low maintenance and repair requirements Strong resistance to corrosion
EXCELLENT INSULATION PROPERTIES
Thermal efficiency thanks to modern insulation techniques Acoustic insulation leading to superior noise attenuation Enhanced anti-theft protection
OUTSTANDING AESTHETICS
Superior designs tailored to all styles (ranging from classic to modern) Extensive range of colors and finishes to meet all possible customer needs
ENVIRONMENT FRIENDLY
- Infinite recyclability without loss in physical properties Supported by EU and local legislation for efficiency-oriented window renovations Primary material to reduce the weight and hence environmental impact of structures as they become lighter