​FREQUENTLY ASKED QUESTIONS

Bass traps and acoustic panels are both forms of acoustic treatment, but they address different acoustic issues. Understanding the difference helps you treat a room correctly and avoid disappointing results. What Are Bass Traps? Bass traps are designed to reduce low-frequency problems caused by room modes. Low-frequency room modes create pressure hotspots at room boundaries — especially in corners — which can make bass sound boomy, muddy, or uneven. Bass traps help reduce: Low-frequency ringing Uneven bass response Boundary-related bass buildup Bass traps are most effective when placed: In room corners Along wall-to-ceiling junctions Their role is to smooth and control the low end, not remove bass. What Are Acoustic Panels? Acoustic panels primarily absorb mid and high frequencies. They reduce reflections and reverberation, improving clarity, speech intelligibility, and listening comfort. Acoustic panels are typically placed at: Side-wall first reflection points Front and rear walls Ceilings They mainly affect reverberation time (RT60) rather than deep bass. Key Differences at a Glance Bass traps target low-frequency room modes Acoustic panels reduce reflections and echo Bass traps are most effective in corners Acoustic panels are placed at reflection points Do You Need Bass Traps or Acoustic Panels? You likely need bass traps if: Bass sounds uneven or boomy Low frequencies change depending on position You likely need acoustic panels if: The room echoes Speech or music lacks clarity In most rooms, the best results come from using both together. Can Acoustic Panels Replace Bass Traps? Thin wall panels are not a replacement for bass traps. Thicker broadband panels or panels mounted with an air gap can extend absorption lower, but dedicated corner bass traps remain the most effective solution for deep low-frequency control. Results depend on thickness, placement, and mounting, not density alone. Which Should You Buy First? If bass problems are obvious, start with bass traps. If echo and reflections are the main issue, start with acoustic panels. Final Recommendation Bass traps and acoustic panels are complementary tools. Treating both low-frequency behaviour and reflections delivers tighter bass, clearer sound, and a more accurate listening environment. 👉 Explore our Bass Trap units for targeted low-frequency control 👉 View our High-Density Acoustic Panels for broad-frequency absorption

How many acoustic panels you need depends on room size, room use, and how reflective the space is. These guidelines assume standard wall-mounted acoustic panels. What Affects How Many Panels You Need? 1. Room size: Larger rooms generally require more treatment, while smaller rooms can improve significantly with fewer panels placed correctly. 2. Room use: Studios and listening rooms prioritise accuracy Offices prioritise speech clarity Commercial spaces prioritise comfort 3. Existing reflections: Rooms with glass, concrete, or plaster usually need more treatment than rooms with soft furnishings. General Panel Quantity Guidelines: Small rooms (home studios, offices): 6–8 panels Side-wall first reflection points Front or rear wall Medium rooms (listening rooms, meeting rooms): 8–12 panels Side walls Rear wall Optional ceiling treatment Large rooms (commercial spaces): 12+ panels Distributed across large reflective surfaces Where Should Panels Be Placed First? Side-wall first reflection points Ceiling reflection points Rear wall behind the listening position Can You Have Too Many Panels? Yes. Over-treating can make a room sound unnaturally dry — especially if you absorb mostly high frequencies while leaving bass uncontrolled. Aim for balanced broadband control and add treatment gradually. Final Recommendation Start with the minimum number of panels needed to control reflections. Add more only if required — correct placement delivers better results than simply adding panels. 👉 View our Acoustic Panels to find the right solution for your room 👉 Explore High-Density Panels for broader frequency control

Bass traps work best when placed at room boundaries where low-frequency room modes create pressure hotspots. Placement is critical to effective bass control. Why Placement Matters Low-frequency energy concentrates at boundaries and corners, which can cause boomy bass, ringing, and uneven low-frequency response. Best Places to Install Bass Traps: 1. Room corners (highest priority) Vertical corners from floor to ceiling Treats multiple room modes at once 2. Wall-to-ceiling junctions Front and rear wall junctions Especially effective in smaller rooms 3. Front wall area (around speakers) Front corners and nearby boundary areas Helps reduce low-frequency ringing and SBIR Best results come from thicker treatment or good speaker placement 4. Rear wall corners Helps smooth bass at the listening position How Many Bass Traps Do You Need? Start by treating as many vertical corners as possible. Add additional traps on the front or rear wall areas if bass remains uneven. Can Acoustic Panels Be Used Instead? Acoustic panels can assist when placed at boundaries, but dedicated corner bass traps remain the most effective solution for deep low-frequency control. Final Recommendation Treat corners first, then address front and rear boundaries. Combine bass traps with acoustic panels for balanced results. 👉 Explore our Bass Trap units for targeted low-frequency control 👉 View our Acoustic Panels for complete room treatment

Soundproofing focuses on sound isolation — preventing sound from entering or leaving a room. It usually requires airtightness, added mass, and/or structural decoupling. Soundproofing is used when: Privacy is required External noise must be blocked Sound leakage is the main issue What Is Acoustic Treatment? Acoustic treatment improves sound quality inside a room by absorbing reflections and reducing reverberation. Acoustic treatment helps: Reduce echo Improve clarity Reduce listening fatigue Key Differences at a Glance Soundproofing = isolation Acoustic treatment = absorption Soundproofing often requires construction Acoustic treatment does not Can Acoustic Panels Soundproof a Room? No. Acoustic panels do not soundproof a room. They improve how sound behaves inside the space but do not block sound transmission. Final Recommendation For most studios, offices, and listening rooms, acoustic treatment delivers the greatest improvement with the least complexity. Soundproofing should only be considered when isolation is the main goal. 👉 Explore our Acoustic Panels for effective acoustic treatment 👉 View our Bass Traps for low-frequency control

Modern offices often use hard, reflective surfaces that create echo, noise build-up, and poor speech clarity. Acoustic treatment improves comfort and communication without construction. Common Acoustic Problems in Offices Echo in meeting rooms Poor speech intelligibility Noise build-up in open-plan spaces Listening fatigue How Acoustic Treatment Helps Reduces reverberation Improves speech clarity Reduces noise build-up so spaces feel calmer Acoustic Panel Options for Offices: Standard acoustic panels: Ideal for meeting rooms and private offices Reduce reflections and echo Slatted acoustic panels: Decorative and functional Improve acoustics while enhancing interior design Suitable for reception areas and feature walls High-Density panels: Designed for stronger absorption across the mid-frequency range Can contribute to better overall balance when used with bass traps Where to Place Panels in Offices Meeting rooms Side walls Rear walls Ceilings if needed Open-plan offices Large reflective wall areas Near workstations Reception & feature areas Slatted panels on feature walls Do Offices Need Bass Traps? Most offices do not require bass traps. They may be useful in large boardrooms or spaces with amplified audio. Final Recommendation Start with acoustic or slatted panels placed at key reflection points. Add thicker panels or bass traps only if required. 👉 Explore our Acoustic Panels for office environments 👉 View our Slatted Acoustic Panels for decorative sound control 👉 Discover Bass Traps for additional low-frequency treatment