Long-Throw Ceiling Diffuser
The Long-Throw Ceiling Diffuser is an aerodynamic air terminal engineered to discharge conditioned air across extensive distances in large-volume and high-ceiling environments. Featuring individually adjustable directional blades, it allows precise airflow modulation across both horizontal and vertical trajectories, ensuring optimal thermal comfort during cooling and heating operations.
The Space series combines high-grade aluminum construction, minimal static pressure loss, and whisper-quiet acoustic performance to provide superior energy efficiency and dependable service life across industrial plants, exhibition centers, athletic arenas, and shopping complexes.
Technical & Structural Features
- Casing Material: High-strength extruded aluminum profile resistant to corrosion and deformation
- Blade Configuration: Individually adjustable aerodynamic blades optimized for horizontal and vertical throw
- Discharge Capacity: Extended long-throw air penetration coupled with high volume capacity
- Acoustics & Pressure: Low sound power levels and minimal friction resistance for smooth airflow
- Surface Finish: Architectural electrostatic powder coating in RAL 9016 (custom RAL options available)
- Installation: Versatile mounting compatible with various ceiling and exposed duct systems
Application Fields
- Industrial manufacturing facilities, factories, and high-bay assembly halls
- Exhibition centers, trade fair grounds, and convention halls
- Shopping malls, retail hypermarkets, and atrium zones
- Indoor sports complexes, athletic arenas, and natatoriums
- Cinemas, theaters, and large-scale performance auditoriums
Core Advantages
- Optimizes airflow distribution to maintain uniform temperature throughout expansive spaces
- Prevents thermal stratification during heating and cooling cycles, maximizing energy efficiency
- Complements modern interior aesthetics with a clean, contemporary ceiling profile
- Rigid aluminum construction ensures long-term operational durability with minimal maintenance
