Decorative acoustic panels sit comfortably alongside premium interior specifications, with finish options, NRC ratings, and substrate configurations that give you acoustic performance and design flexibility without compromising the brief. The challenge is knowing how to specify them correctly. We have developed this guide to assist you when it comes time to specify decorative acoustic panels.
Ready to shortlist products for your project? Contact Ceilings By Design early and we can help you confirm NRC ratings, substrate compatibility, and fixing options before your documentation is locked in.
Decorative acoustic panels for ceilings
Acoustic baffles: fins, rafts, and suspended systems
Because baffles present multiple exposed surfaces, they can increase the exposed absorptive area in large spaces.
Fin baffles hang vertically in parallel rows, while rafts are suspended horizontal elements or panel arrays. Both formats suit open-plan environments with high ceilings where floor and wall treatment alone is insufficient.
Suspended baffle systems differ from individual fin or raft elements in that they are designed as integrated arrays and may incorporate lighting, services coordination, or a continuous grid. These systems suit commercial fit outs where the ceiling plane is a significant design element and service coordination is required.
Armstrong’s acoustic baffle range includes configurations suited to commercial and education environments. Autex Composition panels are also used in suspended baffle applications where a polyester fibre substrate with a wide colour palette is required.
If you’re looking to design a feature ceiling with baffles, see our guide here.
Ceiling tiles
Standard acoustic ceiling tiles suit grid systems and offer a practical option for spaces where visual simplicity is preferred. Armstrong’s Soundscapes range provides tile options with NRC ratings suitable for education and workplace applications.
Decorative acoustic wall panels
Acoustic wall panels, grooved, and textured formats
Wall panels are one of the most direct acoustic interventions for speech intelligibility in meeting rooms, boardrooms, and classrooms. Panels can be installed as focal features, full-height applications, or distributed across the lower portion of walls where reflected sound is most problematic.
Grooved panels offer a clean architectural finish with the absorbent substrate visible through the grooves. The groove width and frequency affect both appearance and acoustic performance. Autex Groove provides a grooved wall panel option with a range of finishes.
Textured panels introduce surface dimension that scatters as well as absorbs sound, reducing flutter echo in parallel-walled spaces. Autex Quietspace is a widely specified polyester fibre panel with strong NRC performance across a range of finishes.
Timber-look acoustic panels deliver the visual warmth of a natural finish without the acoustic limitations of solid timber. Printed timber-grain finishes on polyester fibre or composite substrates provide NRC performance consistent with the substrate while achieving the aesthetic intent of a timber application.
Slotted or perforated timber tiles rely on the absorption of a backing layer visible through the openings. Autex panels used as a substrate layer behind perforated timber is a common specification approach. Armstrong’s timber panel range provides tested configurations for this application.
Screen solutions
Workstation screens and room divider screens
Workstation screens provide localised acoustic separation in open-plan environments. They reduce the direct sound path between adjacent workstations and contribute to speech privacy without full enclosure. NRC performance for screens varies with height, width, and substrate.
Room divider screens offer flexible acoustic zoning and suit hospitality venues, education spaces, and large corporate interiors where the layout needs to adapt. They function as both a spatial element and an acoustic treatment.
Printed and surface finish options
This is where decorative acoustic panels deliver their clearest advantage over standard acoustic solutions. The available finish range now extends well beyond solid colour to include:
- Solid colour in a wide custom palette
- Pattern and geometric print finishes
- Texture finishes that introduce tactile dimension
- Stone-look and concrete-effect prints
- Timber grain prints across various species
- Embossed, etched, and grooved surface treatments
- Cut-out formats for graphic or wayfinding applications
- Artist collaboration prints for feature wall or bespoke installations
Peel-and-stick acoustic tiles offer a low-commitment option for smaller areas or retrofits, with the same finish range available in the standard panel format. 3D decorative tiles introduce surface relief and are suited to feature walls where texture is a primary design intent. These should be confirmed for NRC performance before specification, as relief profiles can affect absorption depending on the substrate and finish applied.
Can decorative surface finishes reduce acoustic performance?
It can, which is why decorative acoustic panels is part of the specification process. A dense, sealed, or non-porous finish applied to an otherwise absorbent substrate can reduce the effective NRC by limiting the sound energy that passes into the absorbent core. That being said, with the right products, you can still achieve high performance.
Engaging a supplier at the right stage
The most effective point to engage a supplier is before products are written into documentation, not after. At the design development stage, Ceilings By Design can provide product options, advise on compliance requirements by sector, and provide technical data sheets for your specification package. Engaging early avoids the delays and substitution risks that arise when products are locked in without full technical verification.
Contact Ceilings By Design to discuss your project requirements and request samples or technical data for your shortlisted products.
