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Sound Absorbing Panels

Sound Absorbing Panels reduce reverberation and minimize the noise in your workspace or office. Improve your Room Acoustics and boost concentration, improve communication, increase comfort, improve productivity and ensure privacy. We have an vast array of sound absorption treatments to improve the acoustic in your workspace.

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Specialized in noise reduction, Sound Absorbing Panels panels are designed to absorb sound waves and minimize echoes within a room. By preventing sound waves from bouncing off surfaces, these panels effectively reduce noise levels, creating a quieter environment. Constructed with engineered sound-absorbing materials, these panels come in diverse shapes and sizes, offering versatility for various applications.

Sound Absorbing Panels works by addressing issues related to sound waves in a given space. When sound is generated in a room, it travels in waves and can interact with various surfaces. Sound Absorbing Acoustic panels are designed to absorb, rather than reflect, these sound waves, thereby reducing the level of noise and minimizing echoes.

The key principles of how Sound Absorbing Panels acoustic panels work include:

  1. Absorption of Sound Waves: Acoustic panels are constructed using materials that have high sound absorption capabilities. These materials are chosen for their ability to convert sound energy into heat, thereby reducing the intensity of sound in the room.

  2. Prevention of Sound Reflection: Instead of allowing sound waves to bounce off surfaces, which can lead to echoes and a noisy environment, acoustic panels trap and absorb the sound. This helps in preventing the reflections that contribute to the persistence of sound in a space.

  3. Impact on Room Acoustics: The effectiveness of acoustic paneling is often measured by the absorption coefficient. A higher absorption coefficient indicates that the panel is more efficient at absorbing sound. This is crucial for improving the overall acoustics of a room.

  4. Versatility in Design: Acoustic panels come in various shapes, sizes, and designs. This versatility allows them to be strategically placed in different areas of a room to target specific sound-related issues. Some panels are designed to address low-frequency sounds, while others may focus on mid or high frequencies.

If you are considering getting sound absorbing acoustic panels but are not sure whether the benefits are worth the expenditure then consider the following before making your choice:

Less Interruption

With less noise in the workplace, your team are more likely to be more productive when it comes to completing their tasks. Being able to work in a peaceful environment improves focus and happiness, meaning that your employees will be happier about coming to work and be able to get everything done in the time they are there, reducing your overtime bill.

Improved Employee Health

A quieter workspace is a healthier one. Employees who are not stressed out by noise are more likely to have lower blood pressure, feel less stressed and will be more focused. Not only does that mean fewer people away on sick leave, but it means a healthier workforce who have a renewed stamina for the work that needs to be completed.

Quiet Not Silent

Working in total silence is not only nearly impossible but also not realistic, and no one wants to work in isolation. That is why acoustic panels are a great choice. You decide how many to install in order to get your noise levels how you want and still enable people to work together in a productive way.

They Add a Design Feature

Another great thing about having acoustic panels installed is that they add a design feature to a space that may be cold and uninviting. Each panel can be covered in a material that complements the office, and there is nothing stopping you from choosing lots of different colours to make it a talking point in the office.

They Can Be Used for Privacy

Acoustic panels are not just adhered to walls and ceilings; you can choose to fix them to workstations in order to provide privacy and quiet when your team need it the most. Using acoustic panels in this way also helps you to divide the office space up without having to install individual offices.

It is clear that acoustic panels offer a diverse range of benefits in addition to reducing noise levels, making them an asset to any business owner. If you think that acoustic panels may offer the solution you need in your workplace then get in touch today. We can help you to choose the perfect product so that you end up reducing noise and improving employee wellbeing.

Sound Absorbing Acoustic wall panels have a wide range of applications in various settings due to their ability to address sound-related issues. Here are some common applications:

  1. Home Theaters: Acoustic wall panels are often used in home theaters to enhance the audio experience by reducing echoes and minimizing sound reflections. This creates a more immersive and high-quality sound environment.

  2. Recording Studios: In recording studios, acoustic wall panels are crucial for controlling sound reflections and preventing unwanted reverberations. This ensures that the recorded audio is clear and free from distortions.

  3. Conference Rooms: Acoustic panels in conference rooms help improve speech intelligibility by reducing background noise and echoes. This creates a more conducive environment for effective communication during meetings and presentations.

  4. Classrooms: Acoustic wall panels are employed in classrooms to create a better learning environment. They help minimize noise distractions, enhance teacher-student communication, and improve overall concentration.

  5. Office Spaces: Open office layouts can lead to increased ambient noise levels. Acoustic panels are used to control noise, providing a quieter and more productive work environment.

  6. Restaurants and Cafés: Acoustic panels are utilized in dining spaces to reduce noise levels, creating a more comfortable and enjoyable atmosphere for patrons. This is especially important in busy establishments where conversations and background noise can become overwhelming.

  7. Hospitals and Healthcare Facilities: In healthcare settings, acoustic wall panels help create a quieter environment, reducing stress for patients and providing a more conducive space for healing. They also contribute to speech privacy in confidential areas.

  8. Hotels: Acoustic panels are used in hotel lobbies, corridors, and conference rooms to control noise levels and enhance the overall guest experience.

  9. Gyms and Fitness Studios: Acoustic panels help control noise in fitness spaces, preventing echoes and creating a more pleasant workout environment.

  10. Residential Spaces: Acoustic wall panels can be installed in homes to address noise issues in bedrooms, home offices, or other living spaces, contributing to a quieter and more comfortable living environment.

The versatility of acoustic wall panels makes them applicable in a wide range of settings where controlling noise, minimizing echoes, and improving overall acoustics are important considerations.

Choosing the right acoustic panels involves considering various factors related to your specific needs, the characteristics of the room, and the type of acoustic issues you aim to address. Here are some key considerations to help you choose the most suitable acoustic panels:

Room Purpose and Acoustic Goals:

Identify the primary purpose of the room (e.g., home theater, recording studio, office) and your acoustic goals. Different applications may require different types of acoustic treatment.

Acoustic Issues:

Determine the specific acoustic issues in the room, such as echoes, reverberation, or noise reflections. Choose panels that are effective in addressing these specific problems.

Panel Type:

Select the appropriate type of panel based on the acoustic characteristics you want to improve. There are different types of panels, including absorbers, diffusers, and bass traps. Consider a combination of these based on your needs.

Absorption Coefficient:

Check the absorption coefficient of the panels at different frequencies. Higher absorption coefficients indicate better sound absorption. Ensure that the panels are effective in absorbing the relevant frequency ranges for your application.

Material and Design:

Consider the material and design of the panels. Common materials include foam, fiberglass, fabric-wrapped panels, and perforated wood. Each material has different acoustic properties, so choose one that aligns with your goals and aesthetics.

Versatility and Customization:

Choose panels that offer versatility and customization. Some panels come in various shapes, sizes, and colors, allowing you to create a visually appealing and effective acoustic treatment solution.


Consider your budget constraints. Acoustic panels are available at various price points, so choose options that provide a good balance between performance and cost.

Room Size and Layout:

Consider the size and layout of the room when choosing acoustic panels. Larger rooms may require more panels for effective sound control.


Balance acoustic performance with aesthetic considerations. Many acoustic panels are designed to be visually appealing and can complement the overall design of the room.

Remember that the effectiveness of acoustic treatment depends on a combination of factors, including the type and placement of panels, room characteristics, and personal preferences. It may be beneficial to start with a few panels, experiment with placement, and gradually add more if needed based on the results.

The placement of acoustic panels in a room depends on the specific acoustic issues you want to address. Here are some general guidelines for placing acoustic panels:

Identify Reflection Points:

Determine the primary reflection points in the room, where sound waves bounce off surfaces. These are often the walls opposite the sound source (speakers or instruments). Place acoustic panels at these reflection points to absorb and minimize sound reflections.

Ceiling Reflections:

If there are sound reflections from the ceiling, consider installing ceiling-mounted acoustic panels or suspended baffles to address these reflections.

First Reflection Points for Side Walls:

For side walls, identify the first reflection points by drawing an imaginary line between the sound source and the side walls. Install panels at these points to absorb lateral reflections.

Bass Traps in Corners:

Low-frequency sounds tend to accumulate in room corners. Install bass traps (thicker panels designed for low-frequency absorption) in corners to address this issue.

Behind the Sound Source:

Place acoustic panels behind the sound source (such as speakers or instruments) to absorb sound waves and prevent them from reflecting back into the room.


Consider incorporating diffusers in addition to absorptive panels. Diffusers scatter sound waves, helping to maintain a balanced acoustic environment. Place diffusers on walls or ceilings where needed.

Consider Room Size and Shape:

Larger rooms may require more acoustic treatment. Adjust the quantity and placement of panels based on the size and shape of the room.

Wall Corners and Ceilings:

Install panels in room corners to address any corner-related sound issues. Additionally, consider ceiling-mounted panels to control sound reflections from the ceiling.

Listening Position:

Place acoustic panels behind and around the listening or seating position in a way that minimizes direct sound reflections.

Experiment and Test:

Experiment with panel placement and assess the impact on the room’s acoustics. Make adjustments as needed based on the specific characteristics of your space.

It’s important to note that the goal is to achieve a balanced acoustic environment. Experimentation and testing may be necessary to find the most effective placement for acoustic panels in your specific room. 

The absorption coefficient is a measure of how well a material or surface absorbs sound, indicating the amount of sound energy absorbed rather than reflected. It is expressed as a value between 0 and 1, where 0 represents total sound reflection (no absorption), and 1 indicates total sound absorption (complete absorption).

In the context of acoustics, the absorption coefficient is typically used to quantify the effectiveness of a material or surface in absorbing sound waves across a range of frequencies. Different materials have varying absorption coefficients at different frequencies, so the absorption coefficient is often measured or specified for various frequency bands.

The number of acoustic panels you should install depends on various factors, including the size and shape of the room, the specific acoustic issues you are trying to address, the type of panels you are using, and the overall acoustic goals for the space. Here are some general guidelines to help you determine the quantity and placement of acoustic panels:

  1. Room Size and Purpose:

    • Larger rooms generally require more acoustic treatment. Consider the purpose of the room (e.g., home theater, recording studio, office) and the desired level of sound control.
  2. Identify Acoustic Issues:

    • Identify specific acoustic issues in the room, such as echoes, excessive reverberation, or noise reflections. The location and severity of these issues will guide the placement of acoustic panels.
  3. Reflection Points:

    • Place panels at primary reflection points where sound waves bounce off surfaces. These are often on walls opposite the sound source, as well as side walls and ceilings.
  4. Ceiling and Floor:

    • Consider treating the ceiling and floor, especially if these surfaces contribute to sound reflections. Ceiling-mounted panels or floor rugs can be effective in certain situations.
  5. Behind the Sound Source:

    • Install panels behind the sound source, such as speakers or instruments, to absorb sound before it has a chance to reflect back into the room.
  6. Bass Traps in Corners:

    • Use bass traps in room corners to address low-frequency issues. Corners tend to accumulate low-frequency sounds, and bass traps can help control this buildup.
  7. Balance Absorption and Diffusion:

    • Strike a balance between absorption and diffusion. While absorption panels reduce sound reflections, diffusers scatter sound waves to create a balanced acoustic environment.
  8. Test and Adjust:

    • Experiment with panel placement and assess the impact on the room’s acoustics. Adjust the quantity and positioning of panels based on the specific characteristics of your space.
  9. Consider Professional Advice:

    • For critical acoustic projects or complex environments, consider seeking advice from acoustic professionals. They can provide customized recommendations based on the room’s acoustics and your specific requirements.
  10. Panel Characteristics:

    • Consider the absorption characteristics of the panels you are using, as different materials and designs have varying absorption coefficients at different frequencies.

Keep in mind that the goal is to achieve a balanced acoustic environment. Installing too few panels may not effectively address the acoustic issues, while installing too many may over-dampen the room. It’s often a process of trial and adjustment to find the optimal quantity and placement of acoustic panels for your specific needs.

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