Post RFQ
The core competitive advantages of this panel lie in its professional sound absorption performance, with the sound absorption coefficient reaching ≥0.85 in the medium and high frequency range, effectively improving indoor acoustic quality. The use of Arconic's AA5052 aluminum-magnesium-manganese alloy ensures excellent corrosion resistance and formability, and the epoxy powder coating provides good scratch resistance and color fastness. The clip suspension installation design is simple and convenient, facilitating later maintenance and replacement of individual panels. The perforated specifications can be customized according to user requirements, adapting to different sound absorption needs and decoration effects, and the lightweight design reduces the load on the building ceiling structure.

The standard panel size is 600mm*600mm, with optional sizes of 600mm*1200mm and custom specifications. The panel thickness ranges from 0.7mm to 0.9mm, and the hole diameter is 3mm-5mm with a hole pitch of 10mm-15mm, which can be customized according to user requirements. The brand is Arconic, a global leader in aluminum materials. The sound absorption coefficient reaches ≥0.85 in the 125Hz-4000Hz range, meeting the acoustic design requirements of large public places. It complies with national and international ceiling material standards, and the fire rating reaches Class A1, meeting the fire safety requirements of high-grade public buildings. The packaging uses plastic bags to protect the panel surface and wooden pallets for convenient transportation.

This product is mainly applicable to the ceiling decoration of large conference centers, exhibition halls, office buildings, subway stations, hospitals, and schools. It is especially suitable for places with high requirements for indoor acoustic environment such as conference rooms, lecture halls, and multi-functional halls. It can also be used for the ceiling renovation of old public buildings, improving the indoor acoustic environment while enhancing the overall aesthetic effect of the space.