ROLLER SHUTTER
Heavy-Duty Extruded Security & Thermal Insulation Shutters
Designed for Architectural Distinction & Performance
Engineered for superior burglary resistance, storm protection, and acoustic insulation, Quality Space Roller Shutters are manufactured from double-walled extruded or polyurethane foam-insulated aluminum profiles. When rolled down, they form an impenetrable thermal barrier that reflects harsh solar heat in summer, locks in indoor climate efficiency, and creates complete darkness for master suites and home cinemas.
Key Engineering Highlights
- Certified RC2 / RC3 forced-entry security resistance with automated anti-lift lock springs
- Dense polyurethane foam core provides thermal insulation and reduces ambient outside noise by up to 10 dB
- 100% room darkening capability ideal for bedrooms, home theaters, and luxury hotel suites
- Compact roll diameter fits seamlessly into recessed ceiling lintels or architectural exterior boxes
- Smart obstacle detection prevents curtain damage if patio furniture or objects are below
Require CAD / BIM Specifications?
Contact our engineering team for custom drawings, wind calculations, and site surveys.
Technical Specifications
Product #1037mm / 44mm / 55mm extruded aluminum or PU-foam insulated slats
RC2 / RC3 anti-burglary certified
Sound reduction up to 10 dB(A)
Durable thermoset architectural powder coating in standard & custom RAL shades
Somfy tubular motors with emergency manual crank override
Wall switches, key switches, RF remote transmitters, and KNX modules
Architectural Aluminum Roller Shutters Media & Installations
High-resolution project photography and detail captures of this solution from our projects across the UAE.
Engineering in Motion & Field Demos
Watch real-world YouTube video demonstrations and field operations showcasing deployment speed, wind stability, and motorized precision.
Extruded Aluminum Security Shutter Demonstration
Motorized deployment, anti-lift locking mechanism, and thermal testing.
Storm & High Wind Load Deflection Test
Extreme pressure testing demonstrating profile deflection resistance during severe storms.