Selecting the perfect acoustic panel for your space is a delicate balance between the scientific aspects of sound control and the artistic flair of interior design. As sound management becomes increasingly critical in architectural and interior projects, the function of acoustic treatment cannot be overstated.
For more information, please visit Deco Sound.
Whether you&#;re looking to enhance a home theater for crystal clear sound or minimize noise in a bustling office, acoustic panels are your key to creating an ambiance that is nothing short of extraordinary.
Ready for an impeccable acoustic experience? Keep reading to discover how acoustic panels can transform your space into a haven of audio perfection.
Before diving into the world of acoustic panels, it&#;s crucial to understand the unique sound challenges your space presents.
Have you ever wondered why it&#;s so hard to focus in certain spaces? Urban environments often struggle with high levels of background noise, which is especially disruptive in office settings where concentration and productivity are key.
On the other hand, reverberation time, which is how long it takes for a sound to decay, is another common challenge. A longer reverberation time can lead to a muddled sound experience, especially in spaces like large lecture halls.
Whatever your challenge, selecting the right acoustic panel or product for your ceiling, wall, floor, or any application, will put you on the right track to solve it. For step-by-step guidance on calculating your room&#;s sound absorption needs, consider estimating your room for the most accurate acoustic treatment plan. Careful measurement and product selection can make all the difference in the acoustic comfort of your space.
Different materials absorb, diffuse, and reflect sound in various ways, making the choice of material a key factor in acoustic design. Evaluating the dimensions and purpose of your room is crucial &#; especially when selecting acoustic panels for walls. Do you need a low-frequency adjustment for particular sound problems? Or absorption to lower general noise levels?
In the symphony of acoustics, your materials and design choices are everything. That&#;s why you need a clear vision for your spatial and acoustic goals. Your selection should not only meet but exceed these objectives with brilliance and finesse. To make an informed and inspired decision, explore the variety of textures available and discover the perfect fit for your space.
While functionality is key, the visual impact of acoustic panels cannot be overlooked in creating a harmonious space. The perfect acoustic solution blends superior performance and an appealing visual effect.
As an acoustic products leader , Unika Vaev offers a variety of design-forward acoustic treatment products, from modern panel prints to sleek acoustic blade panels. Whether you prefer a simple, uniform look or a vibrant statement that adds flair to the room, your design should blend seamlessly with the overall aesthetic.
Lastly, opt for acoustic panels that accentuate your space&#;s color palette and mood. Soft blues and greens are soothing and ideal for healthcare facilities, while vibrant reds and yellows can energize educational environments.
Acoustic panels come in various types and designs, each with its own unique purpose. Having a good understanding of the distinct functionalities will empower you to navigate with confidence and enthusiasm, ensuring each decision is a step toward excellent outcomes.
Ceiling-mounted panels offer a remedy for intrusive sounds from overhead or for rooms with limited wall availability. These acoustic ceiling panels reduce sound reverberations and achieve a clear and controlled experience.
Wall acoustics are your go-to for home theaters, restaurants, and corporate settings. By embracing their easy installation and unparalleled sound absorption qualities, you can make every moment in your environment a testament to tranquility.
Finally, floor acoustic products create privacy and utility in any interior space. From innovative foldable screens to purposeful acoustic office dividers, these solutions are expertly crafted to elevate the comfort and functionality of your space.
When designing your space, think about your specific acoustic demands, the vibe you want to create, and your installation needs. Whether you are an architect, interior designer, or a keen DIY enthusiast, understanding these applications will help make your space the one everyone can&#;t stop talking about.
No two spaces are alike, and customization options allow acoustic panels to meet the specific needs of your environment. Personalizing your acoustic panels is what will bring your project to life.
Working with atypical layouts or distinctive design themes? Customization allows you to weave in your brand story and make a resounding, bold statement. By personalizing your panels to harmonize with your shape, color, and material preferences, you create a space that uniquely reflects your identity.
When stock acoustic products aren&#;t cutting it, custom solutions ensure you can hear and see the difference in your space.
Armed with an understanding of acoustic principles, material properties, and design aesthetics, you&#;re now ready to choose the perfect acoustic panel for your space.
At Unika Vaev, we inspire our customers by turning their design dreams into reality with acoustic panel solutions that are unlike any other.
What are you waiting for? Contact us today or explore our wide range of acoustic panels and sound-absorbing products.
acoustic panels are sound-absorbing materials that help improve your space&#;s acoustics by reducing unwanted noise and echo. Whether you&#;re setting up a home recording studio, improving your home theater&#;s sound quality or enhancing the environment of a commercial space, you need the right tools for the job.
When you&#;re looking for the right acoustic panels, you need to keep several important factors in mind. Acoustic panels come in dozens of types, placements, and qualities to ensure you get a configuration that maximizes your comfort. Rooms made of hard material do little to keep sound from traveling &#; without acoustic panels, the sound will bounce freely in loud, mixed waves around the room. Having custom acoustic panels setup helps reduce reverb and helps to give you that clear audio you&#;re looking for.
Let&#;s take a look at some of the key factors to consider when finding the best sound panels:
Panel type affects sound absorption and quality. Each type has its own features, costs and drawbacks:
Foam panels: These are an extremely common panel for sound absorption. They&#;re lightweight, easy to install and come in different thicknesses and shapes. Foam panels are great at reducing echo and improving sound quality in spaces like home studios, home theaters or offices.
Fabric-wrapped panels: These panels have an outer fabric layer that enhances aesthetics. They&#;re highly effective at sound absorption and have lots of customization options for fabric color and pattern. You&#;ll often see these panels in commercial spaces, conference rooms and home theaters.
Diffusers: Diffusers scatter sound waves in different directions. This scattering breaks up echoes and creates a more balanced sound. They work well in spaces where you want to maintain some liveliness, like music studios or performance venues.
Bass traps: Bass traps target low-frequency sound absorption, reducing the rumbling or booming sound in a room. They&#;re typically placed in corners where bass frequencies tend to accumulate. Every recording or home theater needs bass traps to help create a more even sound.
Material plays an essential role in acoustic panel effectiveness. You have to pick the material that&#;s going to work with your sound needs if you want to get the best results:
Perforated wood: Perforated wood helps break up sound waves, dispersing them in lots of directions so they don&#;t reflect at you. The wood and perforations add a stylish touch to any space, letting you reduce sound without sacrificing style.
Acoustic foam: Acoustic foam panels are lightweight and easy to handle. They&#;re effective for mid- to high-frequency sound absorption. However, they&#;re less effective at lower frequencies, so consider using them in smaller spaces or as complements to other panels.
Mineral wool: Mineral wool panels are another excellent option for sound absorption. They&#;re fire-resistant, offer good thermal insulation and are low-emission products. They work well in recording studios, home theaters or anywhere you want to reduce sound.
The Noise Reduction Coefficient (NRC) rating is something you have to consider when looking for good acoustic panels. The NRC rating measures a panel&#;s effectiveness at absorbing sound across different frequencies. A panel with a higher NRC rating, like 0.9, is more effective at reducing sound reflections and improving acoustic quality.
For spaces where echo reduction is a higher priority, like recording studios or conference rooms, you&#;ll want to invest in high NRC ratings. To create effective soundproofing, you&#;ll also want to get panels with a higher Sound Transmission Class (STC) rating, which measures a panel&#;s sound-blocking ability. Combining these ratings will give you a highly effective acoustic panel for a quieter space.
When looking to buy acoustic panels, you&#;ll come across different thickness and density options. Thicker panels generally provide better sound absorption across a wider frequency range. You&#;ll often see thicker panels in spaces with significant acoustic challenges, like office spaces or recording studios. Thinner panels work well for general echo reduction in offices or restaurants. High-density panels are better at absorbing low-frequency sounds, while lower-density panels are more effective at mid- to high-frequencies. Think about the frequency range you want to target and pick your density based on that.
Getting the right acoustic panels can significantly improve your space&#;s sound quality and stop unwanted noise in its tracks. We&#;ve got some tips to help you pick the best acoustic panels for the job:
Define your acoustic goals: Determine whether you need soundproofing to prevent noise from entering or leaving a room or if you want sound absorption to enhance a space&#;s acoustic quality. Understanding your goals will help you pick your panel type, material, NRC rating, thickness and density.
Pick your aesthetics: Acoustic panels come in tons of designs, colors and finishes &#; you can even get custom art acoustic panels. Select panels that work with your space&#;s aesthetics, allowing them to work functionally and as fun decorations.
Consider your installation: Always think about how you&#;ll install the panels. Some panels come with easy installation features, while others need professional work. Factor the installation process and cost into your budget.
Plan your room layout: Your room&#;s shape and layout will affect panel placement and effectiveness. Corners, walls and ceilings are all common spots for acoustic treatment, but the coverage area and layout will influence how you effectively manage sound.
Soundproof Cow offers professional acoustic panels to help you get the sound treatment you deserve. We have three high-quality options for acoustic panels, giving you the custom quiet experience you&#;ve always wanted. Explore our acoustic panel selection and start building a space you can fully enjoy:
Fabric-wrapped acoustic panels: Our Udderly Quiet&#; Acoustic Panels are made-to-order, delivering professional soundproof performance to your space exactly how you want it. With a Class A flammability rating and recycled materials, you can enjoy safe, environmentally friendly soundproofing, whatever your needs. Our unmatched Udderly Quiet&#; technology ensures your space has better sound quality while preventing sound from traveling outside the room. With multiple series options, you&#;ll get to build your acoustics to fit your needs and enjoy lasting, durable soundproofing for as long as you need it.
Art acoustic panels: Soundproof Cow&#;s art acoustic panels let you maximize soundproofing and creativity. We print your image onto our fabric-wrapped acoustic panels with patented DyeFusion&#; technology. Your image is UV-resistant with additional fade resistance for up to 25 years. Bring your designs to life with your preferred art printed onto these acoustic panels.
Perforated wood art panels: Our attractive EccoTone&#; acoustic wood panels deliver sustainable, effective sound dispersion to your space. We offer custom perforation design options to ensure your space is cohesive and inviting with our panels. Soundproof Cow&#;s perforated wood panels have a Class A flammability rating and are made in the USA. Create a warm atmosphere with our elegant perforated wood acoustic panels.
Getting the right soundproofing starts with high-quality, custom acoustic panels. The team at Soundproof Cow is here to help you every step of the way. With expert advice and industry-leading acoustic panels, we&#;ll make sure you get the design and soundproofing you&#;re looking for. Start your Soundproof Cow journey today with a free acoustic analysis, or contact us to learn more about our custom soundproofing options!
When it comes to acoustic wall panels, people always ask what the best fabrics to use are? In , Choosing the right fabric to use for your application is crucial to ensure the effectiveness of acoustic panels.
Some fabrics will perform better acoustically than others for several reasons, but to be honest, the fabric alone will not have a significant effect on sound absorption.
You need to select a suitable type of fabric and make sure it will work correctly with the other parts that make up the acoustic panels, such as the absorbing core. The most sound-absorbing part of any acoustic panel is the absorption core that the fabric covers or stretches over, is generally made of a semi-rigid type of acoustic foam or fiberglass.
The stretch fabric acoustical panels are an attractive face covering thallowslow the sound to travel through to the core material.
Here are some key points to remember when selecting the right type of fabric for sound-absorbing acoustic paneling.
First, there are many textiles available on the market, the majority of which could be used as the front-facing covering of just about any acoustic panel.
Some of these have been tested in a controlled environment and have data that shows how they perform as an &#;acoustic fabric.&#; It would be impossible to test every type of fabric known to man, so we will take a look at some major key factors used in determining a good acoustic panel fabric.
1. Transparency / Breath-ability
This is most likely the most crucial factor. If you get this one wrong, then the absorption performance of your panels can be dramatically reduced.
Many fabrics available are either &#;backed &#;or &#;unbacked. &#; They are lined with backed fabrics on one side with either acrylic or paper, normally to help with a wall application, much like applying wall coverings which are generally fabric or paper. Any fabric you decide to use with an acoustic paneling system should be &#;un-backed&#; for two quite obvious reasons.
Backed fabric helps prevent the majority of sound from transferring through them, and
Backed fabrics do not stretch very well.
The fabric you select should have an open weave and is breathable; you can blow air through a sample of the fabric to see if it is breathable or not. Just make sure you don&#;t select one that has too much of an open weave; remember, you don&#;t want to see through the fabric to the core material. It is possible to purchase an acoustically transparent fabric and visibly evident, not what you want.
2. Functionality
Your fabric may be able to tick the boxes acoustically but will not have all of the properties that are conducive for an acoustic panel.
Below we will look at some of the different fabric types and reasons why you should avoid them.
In the case of stretched fabric panels, you don&#;t want any ripping or sagging to occur. This often happens in natural fiber materials such as cotton, wool, and linen, which can elongate in high humidity.
Material such as viscose and spun nylon will provide little stretch memory and might not return to its original tensity when exposed to humidity changes.
Fabrics such as acrylic and polyester are very stable and remain tight after stretching with no sagging risk. Synthetic materials are often seen as the most suitable for a stretched fabric system. But, as brilliant as the modern polyester fabrics are, many people love natural fibers, and therefore something like a blended fabric with over 50% polyester could be the best option.
3. Aesthetics
These days, acoustic paneling has become more balanced between &#;aesthetics&#; and &#;function.&#; Designers and engineers are learning that solving many acoustic problems can be achieved in an aesthetically pleasing way. Now acoustic treatments are becoming the design focus of room interiors.
We strongly believe using fabrics on ceilings and walls is an architectural design feature that will continue to evolve each year with the ever-growing focus on the benefits of good acoustics, more so in the IT-driven workplace.
A good indication of what fabrics work well acoustically is by looking at which ones are used by the manufacturers. Many acoustic manufacturers have a range of preferred fabrics that have been tested with their own systems.
In the UK, acoustic wall panel manufacturers tend to produce more pre-fabricated, affordable, wrapped panels. These open-weave fabrics, commonly used as upholstery for office seating and screens, are at the lower price end of the market.
European acoustic manufacturers typically use more expensive, higher-quality fabrics.
In the US, Whisper Walls has been the world&#;s most innovative provider of acoustic wall panels for interior noise control For over 30 years. From the beginning, we&#;ve been focused on providing products that blend a subtle fabric finish, acoustical performance, and long-lasting value. This unique objective inspired the development of specialized stretching system track components and installation tools that are now industry standards.
Acoustic wall panel systems are site-installed; they are highly customizable acoustic wall panels and ceiling systems that seamlessly integrate with any architectural design you may have. The system utilizes a proprietary designed custom track system that is stapled to the existing substrate. An absorbent or trackable core such as fiberglass is cut and stapled inside the track to hold it in place.
An acoustically transparent fabric is then cut and tightly tucked into all of the tracks surrounding the perimeter, providing you a perfect fit every time with no gaps or sagging. Acoustic wall panels offer architects complete design flexibility without sacrificing the quality of sound control.
How long do acoustic wall panels last?
The foam used in our acoustic wall panels is a chemically based product. So no matter the panel&#;s class A, the foam has an average shelf life of about seven years from the time the panels are produced. At that time, the foam most likely will start to flake off and sprinkle dust particles into the air.
What type of fabric is suitable for sound absorption?
Using a non-porous leather, vinyl, or acrylic-faced fabric will reflect much of the energy produced by the sound, reducing the effectiveness of your drapery.
You should select a fabric that could absorb water or has a plush, velour surface. If the price is a concern, then you might want to choose a less expensive fabric.
What type of foam is acoustic foam?
Acoustic foam is a lightweight polyurethane foam made from either polyether or polyester and also melamine foam.
What fabric is best for acoustic wall panels?
If the panels reflect any of the room&#;s sounds, then your panel is not performing the way it was designed.
For example, polyester and polypropylene work well on any vertical surface type, but a fabric made from nylon would not be right because it absorbs too much moisture.
Is canvas suitable for acoustic wall panels?
A canvas is a great way to add images to your walls, but, unfortunately, having a canvas on its own will not do much to block sound. If you&#;re looking for a soundproofing option with more of a personalized touch, then you will want to send your images to whisper walls and have them print them on the panel fabric so you can use it.
What material absorbs sound the best?
Normally a soft, pliable, or porous material will serve as a good acoustic insulator to absorb the most sound. Materials that are dense, hard, and impenetrable (such as any metals) will reflect the most sound.
How well a room absorbs sound is quantified by the walls&#; effective absorption area, also called the total absorption area.
How can you tell if a fabric is acoustically transparent?
The most common way to test can be done by attempting to blow through the fabric. If air quickly passes through the material, it will also allow sound to pass through it, making that fabric acceptable for use as an acoustic fabric.
Do acoustic wall panels reduce noise?
Acoustic wall panels are composed of mineral wool or foam that has been compressed; sound-absorbing acoustic wall panels absorb the sound waves directed towards them to reduce noise, clarify speech, and reduce reverberation on the walls within an enclosed room.
A soundproofing panel is designed to block noise from entering or exiting a room.
What fabric is acoustically transparent?
An acoustically transparent fabric will allow sound to pass through it with a little barrier. This is an essential factor because you want the sound to pass through the fabric and be absorbed by the acoustic panels; for this, you will want to use an acoustic foam or fiberglass wool.
What are acoustic panels used for?
Acoustic panels are sound-absorbing panels designed to mitigate noise and reduce reverberation and any echo in the enclosed room. For both types, we look at the different principles of good acoustics: diffusion, absorption, and attenuation. These are all tied directly to the performance of the acoustic wall panels.
What type of insulation is used for acoustic wall panels?
There are two types of insulation commonly used for acoustic wall panels: fiberglass and mineral wool. Fiberglass insulation panels are made out of tiny inorganic glass fibers held together by a thermosetting resin binder and preformed into a rigid board with 2ft x 4ft rectangles.
Where do you put acoustic wall panels?
Most people will mount their acoustic wall panels flat on the walls throughout the entire room. To get the maximum effectiveness from a limited number of panels, try to avoid placing the panels on BOTH points of opposing walls; instead, stagger their positions.
Are acoustic panels necessary?
A home theater without any acoustic wall panels, you will experience sound waves reflecting from all surfaces of the room. Typically, you will want to hear only the sound coming directly from your speakers and not the sound reflected from walls, ceilings, and floors.
How thick should my acoustic wall panels be?
Acoustic wall panels will come in thicknesses of either 2&#; or 4&#;. While traditional wisdom states that thicker is better, 2&#; panels are considered the industry standard by many. They will not be able to absorb frequencies as low as 4&#; panels, but that&#;s OK.
So as you can see, there is a huge difference between normal glue or staple-down fabric and acoustic wall panels, yes, there is a cost difference but there is also a quality difference.
In the recording studio, acoustic panels are a cornerstone of any good acoustic treatment plan.
While they may not absorb the low end as well as your bass traps, they do perform the entirely separate task of killing standing waves between parallel walls.
And it&#;s this issue specifically, that is especially problematic in the small cubical rooms of most home recording studios.
For more information, please visit Acoustic Design Services.
So to help you tackle this challenge, in this ultimate guide I&#;m going to teach you everything you know on this all-important topic.
First up&#;
What you may not know is, building homemade DIY acoustic panels is actually a lot more common than you&#;d imagine.
It does require some trips to Home Depot, and basic carpentry skills, but it can potentially save you a lot of money.
Commercially bought acoustic panels however, while pricier, have the main advantage of being performance tested.
So you actually know for sure that they&#;re doing what they&#;re supposed to.
Many newbie studio owners make the common mistake of using materials such as carpeting, cardboard cup holders, or egg crate foam, which absorb the higher frequencies while allowing the low ones to remain.
And all this does is make the room sound dull and bassy.
So here&#;s what I&#;d recommend. If this is your first time around with this stuff, just buy them online.
And I recommend this route, mainly because you need to first get familiar with the &#;sound of a studio&#;.
Gain a few years of experience first, so you know what a good room should sound like, and what a bad room sounds like. THEN, if you want to later, experiment on your own with homemade panels.
So up next&#;
When you shop for acoustic foam online, there are 3 key features that you&#;ll have to consider.
First there&#;s the THICKNESS.
2&#; is the industry standard. While 4&#; is premium and more expensive.
Thicker is always technically better, but for their purposes, 2&#; is good enough, and what I&#;d recommend. Later in this post I&#;ll show you a mounting trick to make them just as effective as the 4&#; foam.
Next there&#;s the SURFACE PATTERN.
Panels typically have some type of 3D pattern on their outer surface. Wedged and Pyramid are the two most common.
These patterns do affect performance slightly, but the differences are minimal. So feel free to choose by aesthetics.
Next there&#;s the SQUARE FOOTAGE of the package.
The standard bundles normally come in packages of 6, 12, or 24. In sizes of 1ft², 2ft², or 2ft×4ft.
But the real number to pay attention to is the total square footage of coverage. A good starting point for most home studios is around 48ft².
This usually means:
48 &#; 1ft² panels
12 &#; 2ft² panels
6 &#; 2×4 ft panels
Any of these will work fine, but I&#;d generally recommend smaller panels because they are lighter and easier to mount with temporary adhesives that won&#;t damage your wall.
Up next&#;
Product descriptions typically include a &#;Noise Reduction Coefficient (NRC) rating&#; between 0 and 1.
The higher the number, the greater the absorption.
While this number may seem important, the truth is&#;it&#;s pretty much worthless for recording studios. And here&#;s why:
The test to determine this number only measures absorption at 4 frequencies:
Hz
Hz
500 Hz
250 Hz
Which means that no measurements are done below 250 Hz, where virtually all problematic frequencies in the studio exist.
That is why a different metric, known as Sound Absorption Coefficient (SRC), gives a much better representation of true performance.
Because this number measures absorption at a specific narrow band of frequencies. Unfortunately, it&#;s pretty uncommon these days to see SRC numbers actually posted.
Up next&#;
At this point, you&#;ve learned everything you need to know to choose a package that suits your room and budget.
And to save you a ton of painful research, I&#;ve already done all the heavy lifting for you&#;narrowing the options down to the 10 most popular and well-reviewed acoustic panel packs on the market today.
Each one is made by a top-name brand so there&#;s no question of what you&#;ll be getting.
For smaller rooms here&#;s what I recommend:
Auralex DST 112 &#; (B&H)
Auralex DST 114 &#; (Amazon)
DMSKY Self-Adhesive &#; (Amazon)
Fstop Wedge &#; (Amazon)
Auralex Wedge 1ft² &#; (Amazon/B&H)
Auralex Sonoflat 1ft² &#; (Amazon/B&H)
And for larger rooms, I&#;d recommend these instead:
Auralex D36 Designer Series &#; (B&H/Thomann)
Auralex 2ft² Pyramid &#; (Amazon/B&H)
Auralex 2×4 Pyramid &#; (Amazon/B&H)
Auralex Sonoflat 2ft² &#; (B&H)
Up next&#;
Maybe you already have some experience with commercial acoustic panels and you&#;d like to try something new.
Or maybe you&#;re just the handyman type and think it will be fun.
Or maybe you saw the prices in the previous section, and decided this is a better solution.
Regardless of your particular reason, you can easily build your own homemade panels with a little patience, and a few basic components.
So here are the tools you&#;ll need:
Hammer/nails
&#; to construct the frame
Glue
&#; to secure the insulation within the frame
Staple gun/scissors
&#; to secure and trim the outer fabric
Mounting brackets
&#; to mount the finished panel to the wall
Next, here are the materials you&#;ll need:
Wood
&#; to construct a standard-sized 2ft by 4ft frame.
Fabric
&#; to cover up the exposed insulation and give the finished panel a nice look.
Owens Corning 703
&#; which is a special type of fiberglass that costs about 1/5th the price of acoustic foam and is just as effective
While the wood and fabric can be easily bought at any local home improvement store, Owens Corning 703 is not available everywhere, so you may have to order it online instead.
Once you&#;ve got everything you need, here&#;s a great video I found that walks you through the entire building process step-by-step:
Moving on&#;
Once your acoustic panels are built (or arrive in the mail), it&#;s time to mount them in your room.
Assuming you already have bass traps, and have mounted them according to the recommendations in this post&#;
The next step is to make sure the area directly behind your studio monitors is covered, especially if those monitors have a rear-facing bass port.
The third step is to cover the open dihedral corners (shown in the picture as blue lines) with acoustic panels.
With commercial foam, fold your panels around the corner as shown below, remembering to leave an air gap for added low-end absorption.
With homemade panels, position them diagonally across the corner like this:
Make sure you don&#;t use them all just yet though, because there&#;s still more area to cover on the walls.
Here&#;s how it&#;s done:
Depending on the severity of a room&#;s acoustic problems&#;the ideal wall coverage could vary anywhere between 20-80%.
And the only way to know for sure, is to constantly re-test the acoustics after each new panel, using the clap test as described in this post.
It&#;s entirely possible that you may not even need every panel to reach the sound you&#;re after.
Because at a certain point, adding more panels than you need will only make the room sound uncomfortably dead.
In most cases though, home studios have fewer than the ideal number of panels. So to get maximum results from a shortage of panels, here&#;s what you do:
When covering an area of one wall, leave its reflection point open on the opposite wall&#;because one panel is sufficient to kill standing waves in that spot.
And if those instructions are too confusing, check out the diagram above, and it&#;ll be crystal-clear.
Up next..
In home recording studios, where acoustic foam installations are unlikely to be permanent, there&#;s always the big worry of damaging your walls.
You also want to avoid damaging the acoustic foam itself, in case you ever want to take them down and sell them.
So the challenge here is to find an adhesive strong enough to support the weight of the foam, yet weak enough to be cleanly removed at any time..
Unfortunately, since every wall/paint job is different, there is no single solution that works in all cases. Which is why so many products exist to solve this one problem.
So up next&#;
Auralex more so than any other company, has developed a wide variety of adhesives to choose from for this one purpose.
Here are their 3 options:
Auralex TubeTak Pro &#; (Amazon/B&H/Thomann)
Auralex FoamTak &#; (Amazon/B&H)
Auralex EZ-stick &#; (Amazon/B&H)
TubeTak is the strongest, but can be difficult to remove. EZ-stick is the weakest, but may not always hold well.
So FoamTak in my opinion, offers the best compromise between the two.
But the problem with FoamTak or any other spray-on adhesive, is that it leaves a big mess behind once everything is removed.
So here&#;s a trick I discovered in my own studio:
First, cover both the wall and the back of the foam with clear packaging tape.
Then spray the FoamTak or similar adhesive in between them.
With this method, you&#;ll be able to mount your panels while leaving ZERO adhesive residue on anything.
HOWEVER&#;If you try this idea, proceed at your own risk. Because like I said, every wall and every adhesive is different.
So test the tape on a small area of the wall first to make sure it can be removed later without damage.
And if all this stuff seems way too complicated, there&#;s one final option you can try which may be the best of all.
Rather than using an adhesive, you could instead try impaling clips, which screw into the wall, and are used to hang your acoustic foam by &#;impaling&#; them.
And that&#;s my final tip of the post.