What Are the Best Ways to Use Acoustic Panels in Architecture? : A Designer’s Guide

Do acoustic panels really work? - TL;DR

Yes, acoustic panels really work. When they’re designed and placed properly, they reduce sound reflections, improve clarity, and make spaces feel calmer and more comfortable. The key is treating acoustics as part of the architecture from the start, not an afterthought, so sound control is built into walls, ceilings, and key reflection points without sacrificing the look of the space.

Acoustic Panels in Architecture - A Quick Overview

Acoustic panels are sound-absorbing elements designed to reduce echo, reverberation, and noise buildup inside a space. In architecture, they are not about making spaces silent, they’re about making them comfortable, clear, and human. 

Well-designed acoustic panels: 

In contemporary architecture where open plans, hard surfaces, and minimal detailing dominate, acoustic panels often become essential.  

Why Acoustic Panels Matter in Modern Architecture 

The problem modern buildings create 

Today’s buildings favour: 

These materials and layouts reflect sound extremely well. The result? 

Acoustic panels counterbalance these effects by absorbing excess sound energy before it overwhelms the space. 

Acoustics = wellbeing 

Good acoustics directly influence: 

In short: people feel better in spaces that sound right. 

Understanding Acoustic Performance (Without the Jargon) 

NRC - What actually matters 

NRC (Noise Reduction Coefficient) measures how much sound a panel absorbs. Scores run from 0 to 1.0, the higher the number, the more effective the panel.  

👉 Acoustic panels are about absorption, not soundproofing. 

Thickness and frequency control 

Depending on the thickness and density of our acoustic material (among other factors) will determine how much sound is absorbed. 

Architectural spaces often benefit from layered absorption rather than one-size-fits-all solutions. 

The Best Ways to Use Acoustic Panels in Architecture 

1. Treat key wall reflection points 

Walls are often the first and strongest reflection surfaces. Particularly when voices are your main sound concern as voices travel horizontally.  

Best applications: 

You don’t need to cover every wall, strategic placement works best. 

2. Use ceiling-mounted acoustic panels where walls aren’t available 

In open or glazed spaces, ceilings become critical. 

Common solutions: 

Ceiling panels are especially effective in: 

Minimalist spaces often struggle with acoustics. At The Jewel Box, glass, concrete, and open volumes left sound bouncing freely. The team installed dbBatten™, a modular linear acoustic system, between existing light tracks, turning unused ceiling space into an elegant, functional solution. Read More>

3. Create acoustic zoning in open-plan layouts 

Rather than treating the whole space equally, acoustic panels can define zones. 

Examples: 

This improves functionality without adding physical barriers.  

4. Integrate acoustic panels as architectural features 

The most effective projects design panels in, rather than adding them later. When acoustics and aesthetics align, panels stop looking like “panels” and start looking like architecture. 

Panels can become: 

At B:Hive+ Smales Farm in Auckland, dbsorb partnered with Jasmax to create a sculptural acoustic wave in the multi-level atrium. The design adds bold, dynamic character while keeping the space lively and collaborative without letting sound become overwhelming. Read More>

5. Balance hard materials with soft absorption 

Glass, concrete, and steel are visually striking, but acoustically unforgiving. 

Acoustic panels help: 

Think of panels as the counterweight to hard finishes.  

6. Decide when acoustics should be discreet, or expressive 

There are two valid strategies: 

The best approach depends on the spatial narrative, not just performance data. 

Where Acoustic Panels Work Best (By Space Type) 

Offices & Workplaces 

Learn more about the Top 5 Reasons Your Workspace Needs Better Acoustics Read More> 

Education & Learning Environments 

Poor acoustics make it harder for children to process speech, increasing cognitive strain and lowering academic performance. Discover why every classroom needs acoustic panels. Read More>

Hospitality & Public Spaces 

Residential Architecture 

How to Improve Acoustics in Residential Design : A Guide for Architects and Designers Read More>

Cultural & Community Spaces 

Learn more about Creating Acoustic Comfort with a Natural Touch in a Retirement Village. Read More>

Choosing the Right Acoustic Panel Material 

PET felt panels 

Fabric-wrapped panels 

Foam panels 

Aesthetics, Customisation & Design Integration 

Colour, shape, and pattern matter 

Acoustic panels influence how a space feels, not just how it sounds. 

Customisation unlocks architectural value 

When customised, panels become part of the design language.  

Installation Strategies Architects Should Consider Early 

Types of installation 

Designers should prioritise solutions for disassembly and reuse, as permanent fixes like glue add to construction waste, a major contributor to global emissions. Glue-free systems like ReadyClip™, provide flush, removable, and recyclable mounting for wall and ceiling panels, enabling fast, clean, modular installs without waste." 

With this approach, PET panels can be recycled into new acoustic panels instead of ending up in landfill. 

Coverage guidelines (not rules) 

There is no universal percentage, but targeted treatment around reflection points is more effective than over-treating. 

Retrofit vs new build 

Early integration always delivers better visual and acoustic outcomes than retrofit solutions. 

Compliance, Safety & Sustainability (New Zealand & Australia) 

Fire and safety standards that architects should be aware of when specifying acoustic panels for projects.  

Indoor air quality 

Sustainability 

Common Mistakes to Avoid 

Good acoustic design is balanced, not excessive.  

Final Thoughts - Designing with Sound in Mind 

The best ways to use acoustic panels in architecture come down to one principle: 
design for how people experience space, not just how it looks. 

When acoustic panels are thoughtfully placed and beautifully integrated, they don’t just reduce noise, they elevate the entire environment. 

Sound, when designed well, becomes invisible. 
And when it’s invisible, the architecture can finally be heard.