3D Sound absorbing panels – Size: 60x60x10cm 3kg

You can order a “Free” Online Acoustic Measurement here!

Measurement is 16 EUR without tax- but if you buy, we will deduct it from the amount of the product! So you will definitely order what you need!

Free fabric sample order here.

 

Choose from our other Broadband acoustic panels range

Countries within the EU: Our customers with an EU corporate tax number can buy tax-free!

Citizens of countries outside the EU that can buy without VAT: United Kingdom, Norway, Switzerland, Lichtenstein, San Marino have to pay customs duties according to their own country’s tariffs when receiving the product.

3D Sound Absorbing Panel’s Features:

• The panel contains 90 kg/m³ acoustic cotton, placed in a rigid wooden frame.

• You can also order it with extra-dense 80 kg/m³ Elitexa acoustic foam (additional cost).

• For ceiling installation, we do not recommend the use of sponge lining, as it will not be aesthetically pleasing.

• The exterior is covered with dense acoustic silk, which has anti-dusting properties.

The 3D acoustic panels are used not only for their high sound absorption and noise reduction capabilities but also for their versatile design purposes.

Colours of Acoustic Panels:

Fabric colours

You can even request a patterned cotton fabric:

 

When choosing colors, please note that white and off-white colors are unfortunately very sensitive! White panels can become dirty quickly, so their durability is shorter than that of colored or dark acoustic panels. If you prefer light colors but want to avoid dust buildup, we recommend choosing silk in colors 33, 55, or darker shades. Of course, if you prefer white acoustic panels, that’s no problem for us!

Hooking Up Panels:
Add to panel:

 

Hooks must be ordered separately. Each set includes 4 hooks. In this case, we drill holes on all 4 sides of the panel.

Cleaning of Acoustic Panels:
Wipe with a slightly damp cloth!

The color of the acoustic panels does not fade even with extended use. However, avoid exposing the panels to direct sunlight, as prolonged exposure to UV rays may cause the color to fade.

 

Installation of Acoustic Panels

Fix the screws provided for the sound absorber panel into the pre-drilled holes on the back and hang the panel on the hook attached to the wall.

Hooks are not included with the 3D acoustic panels. These must be purchased separately, and you can buy them at any hardware store.

We do not include dowels, hooks, or screws with the acoustic panels, as wall structures vary and require different mounting methods. Mounting may depend on the type of wall, ceiling, or plaster.

Examples:

• Plasterboard

• Concrete

• Brick walls

Be sure to fix the acoustic panels firmly to the wall or ceiling, as the acoustic panels manufactured by Perfect Acoustic are made from high-quality materials and are relatively heavy. Only heavy, high-density, fibrous materials can effectively manage bass sounds.

If possible, avoid placing the 3D acoustic panels directly against the wall. Keep a few inches of space between the panels and the wall. The greater the distance between the wall and the panels, the more efficient the acoustic panels will be, further reducing echoes and absorbing deeper frequencies.

What Kind of Acoustic Panels Should We Buy?
Primarily the essential acoustic membranes:

If we wish to spend a little more to improve the acoustics of our room, then choose acoustic diffusers:

Why Do We Need Broadband Panels?

Broadband acoustic panels are essential in rooms where the reverberation time (echo) exceeds the reference value.

In most cases, we use these types of acoustic panels because of their versatility and broad applicability. Additionally, these panels are capable of dampening unwanted sound waves ranging from 40 Hz to 20,000 Hz.

Why are our sound panels better than those of other manufacturers?

Perfect Acoustic takes great pride in selecting quality materials. Our acoustic panels are manufactured using the best sound absorption materials. We do not use poor quality materials such as sponge, styrofoam, xps, polyester foam, etc to reduce manufacturing costs; this is not our company’s policy.The general foam, which is 20-30kg/m3 in density, cannot absorb deep sounds. In our range, we offer the extra high-density 80kg/m3 Elitexa acoustic foam, which due to its extra high density can also absorb deep sounds. In addition to efficiency, aesthetics was also a main consideration of ours when designing our products. The design of our high-quality acoustic panels made of wood reflects a contemporary artistic style.

And of course, home-made DIY acoustic panels usually proves to be useless, as they are completely unsuitable for even soundproofing. They do absorb a great deal sound frequencies above 600-800Hz, but that again creates a distorted and completely altered sound.

In contrast, our bass traps disrupts unwanted low frequencies from 40 Hz, giving you more detailed and controlled basses, while keeping the high tones airy, clear and spacious.

3D acoustic panel design:

3D acoustic wall panels help you to create a new artistic style for your studio or home.

These panels shall become the decorative furniture of your apartment.

You will find with us the most suitable item for your home, feel free to ask us for help.

Thanks to the 60x60cm square shape, acoustic panels can be rotated to provide you with  different looking design.

If illuminated by LED lights, shades can further enhance their relief. Try to mix the colours to create a fun and cozy space in your home!

Classic Broadband Acoustic Panels – Sound Absorption Features:

40 Hz to 20,000 Hz attenuates unwanted sound waves.

Availability:

Acoustic elements are rarely held in stock. However, we always have an abundance of raw materials for every product. Therefore, we can produce the selected items in a very short time, whether they are 3D acoustic wall panels, sound absorber membranes, or acoustic diffusers. To order custom sizes, please contact us!

Manufacturing an acoustic panel usually takes 1-2 weeks. Commissions placed within Hungary have a shorter deadline, as the products do not need to be packed, allowing for quicker completion of orders.

Avoid the “DIY” Method:

Avoid the “DIY” approach and do not attempt to make wall panels at home using materials that are unsuitable for sound insulation and absorption. Acoustic foam is not a good solution for acoustic treatment of your walls. While foam may be cheap and easy to buy, it will not serve sound absorption or insulation purposes. General foam, with a density of 20-30 kg/m³, cannot absorb deep sounds. In our range, we offer the extra high-density 80 kg/m³ Elitexa acoustic foam, which, due to its higher density, can also absorb deep sounds.

Soundproofing panels have another benefit: they are also excellent for thermal insulation.

Acoustic Panels Solution

Most sounds accumulate along the walls and ceilings, creating reflections and standing waves. These waves have an adverse effect on the quality of audio recordings. Therefore, it is essential to perform acoustic treatment on the ceiling and walls by installing acoustic wall panels. Standard building materials such as brick, concrete, tiles, and metals do not have sound absorption capabilities.

Sound insulation is not only important for audio and hi-fi enthusiasts; it is also essential for eliminating unwanted noises and improving overall acoustic quality in any space.

The ideal solution is to mount sound-absorbing wall panels to achieve outstanding sound absorption results thanks to high-quality wood materials. By treating critical surfaces you shall obtain the expected results. Wall panels can also be mounted on the ceiling as they perform very effectively there too. In studios and home cinemas, the absorption of too much bass sounds is the primary task during acoustic treatment. In sound recording studios, sound insulation and soundproofing panels guarantee impeccable sound performance. Sounds bounce right and left from the surface of metal, glass, tiles, or other materials with similar surfaces. The resulting echoes degrade the sound. Sound absorption and sound insulation also depend on the structure of the materials.