Arqen's Tilt & Turn Bioclimatic System puts full control of your outdoor environment in your hands. Adjustable aluminium louvres rotate to regulate sunlight, airflow, and shade — adapting in real time to changing weather and personal preference.
Engineered for both performance and architectural refinement, the system maintains a clean, structured aesthetic across residential terraces and commercial outdoor spaces alike.
Bioclimatic Shading System
Arqen’s Bioclimatic Shading System is designed to create adaptive outdoor environments through intelligent control of sunlight, ventilation, and thermal comfort. Adjustable aluminium louvers respond dynamically to changing environmental conditions, allowing spaces to remain comfortable and visually open throughout the day.
Built with durable aluminium construction and precision-engineered mechanisms, the system integrates seamlessly into residential terraces, hospitality projects, and commercial outdoor spaces. Its clean architectural expression and responsive functionality create outdoor environments that feel refined, balanced, and contemporary.
Fibre Shading System
Arqen’s Fibre Shading System combines solar protection with lightweight architectural elegance through the use of high-performance tensile fabric materials. Designed to reduce heat gain and glare while maintaining natural daylight, the system creates comfortable outdoor and semi-covered environments with a soft, refined visual presence.
Flexible integration across pergolas, facades, terraces, and exterior architectural structures allows the system to adapt across a variety of applications. Its minimal appearance and durable construction make it ideal for contemporary residential and commercial environments.
Fixed Louvre Shading System
Permanent solar protection with a strong architectural statement. Arqen's Fixed Louvre System uses precisely angled aluminium louvres to manage heat gain and natural light entry — with no moving parts and no maintenance demands.
Clean, durable, and structurally expressive — it enhances facade performance while adding a distinct architectural layer to any building exterior.