Benefits of Saiyi’s Aluminium Baffle Ceiling
Extruded aluminum baffle.
- The aluminium baffles made of both aluminum extrusions and aluminum plates.
- The baffle shape design can be square, rectangular, round, or custom-shaped.
- The aluminium baffle ceilings are available in various sizes and colors. Wood finish is the most popular color option for many architects.
The suspended aluminium baffle ceiling system from Saiyioffers a special elegant pattern with a linear look ceiling. It is widely in offices, lobbies, schools, libraries, indoor sporting arenas, restaurants, shopping malls and retail areas, transportation centers, including the train station and airport terminals.
- It is airy and ventilating, its lines are neat and tidy, and its layers are clear, which makes decoration a simple, clear, and beautiful style.
- The aluminium baffle ceiling is a type of metal baffle ceiling, and the metal material is durable with high strength.
- Easy installation with standard carriers. The suspended system can be easier to install and offer easy access to maintenance and the installation of additional services such as lighting, sprinklers, and climate control systems.
- Open space for integrated ceiling solution.
According to the different production processes, the aluminium baffle ceiling series are Extruded aluminum baffle and U-shaped baffle.
EXTRUDED ALUMINIUM BAFFLE CEILING
The extruded aluminium baffle ceiling is made of 6063 or 6061 aluminum alloy through the extrusion process. Its hardness and straightness are all much higher than the U-shaped baffle. Its suspension grid connects the baffles with screws. The shapes of the extruded aluminum baffle can be rectangular, square, round, and custom-designed. The extruded aluminium baffle ceiling is now the most popular metal baffle ceiling series for architects and interior construction.
U-SHAPED ALUMINIUM BAFFLE CEILING
U-shaped aluminium baffle ceiling is made of 1100 or 3003 aluminium panel through rolling or forming process, and its suspension grid is a type of keel snap structure.