Compare curved aluminum ceiling baffles and two wood-slat acoustic panel formats for commercial interiors and project sourcing.
Acoustic treatment does not have to look identical across every surface. Auditoriums, offices, hotels, schools, and mixed-use developments often benefit from combining overhead elements with decorative wall finishes. Buyers can explore our broader acoustic panel range when coordinating materials, installation methods, and visual themes for a complete project.

Make the ceiling part of the design
For large public interiors,curved aluminum baffles create a sculptural ceiling while supporting acoustic planning. The perforated, custom-made panels suit suspended, lay-in, or drop-in systems and are listed with Class A fire performance, waterproof construction, and moisture-resistant characteristics. Because their ceiling attenuation class is not rated, they should be selected as part of a coordinated acoustic design rather than treated as a stand-alone sound-blocking barrier.

Bring warmth and absorption to walls
The 3D veneer slat panel combines MDF, PET fiber, and wood veneer in a 2400 × 600 × 21 mm format. With a stated NRC of 0.9, it is a practical decorative option for projects seeking strong sound absorption, linear depth, and a modern wood appearance. Installation can be completed with glue or nails, depending on the substrate and project plan.

Where a natural contemporary finish is preferred, the natural veneer panel offers an MDF, solid wood, and polyester fiber construction with a stated NRC of 0.8. It is suitable for conference rooms, hotels, apartments, offices, hospitals, schools, and residential living spaces, with glue-or-nail installation for flexible interior applications.
Importers and project buyers should compare surface finish, dimensions, fire requirements, moisture exposure, installation conditions, and supporting test documentation before ordering. Contact us to discuss customization, technical details, quantities, and sourcing requirements for your next acoustic interior project.