Are THICKER Acoustic Panels and Bass Traps actually "BETTER" ?!

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Next Generation Acoustics is here to create a better sounding world!
In this video I'll aim to help everyone understand the differences between different panel thickness(es)...
So does acoustic panel (& bass trap) thickness really matter?!
YES IT DOES.
But only to a certain extent and I hope to save you some time and money, by helping you understand that sometimes - bigger isn't always best!
Let's talk about it...
If you need an in depth personalized, FaceTime/Zoom video consultation click the link below to book a session. I’ll personally answer any questions that you have regarding your space.
Sessions include:
Comprehensive Room Analysis: Discuss your room and goals for a clear understanding of your needs, with all your questions about room acoustics answered.
Optimal Room Layout: Determine the best room layout for optimal acoustic results, maximizing the potential of your space.
Custom Treatment Plan: Receive a tailored acoustic treatment plan, with expert recommendations on the best materials and placement.
Equipment and Signal Flow Review: Optimize your equipment, speaker sizes, room correction software, and signal flow to meet your unique needs.
Maximize Your Space: Get actionable insights to achieve the best possible use of your space, whether for a home studio, home theater, content creation, or business environment.
www.ngacoustic...
If you have questions about your room & how you can get the most out of it, take some time to fill out our FREE ROOM ANALYSIS FORM here:
ngacoustics.co...
I''ll create an acoustic treatment plan to maximize your space's potential and then provide a personalized link to the ideal solutions to be implemented within your space!
Or go check out our website!
www.NGAcoustics.com
Where we offer a wide array of customizable premier quality acoustic panels, bass traps, ceiling baffles, diffusers and more. Our premium hand-made acoustical treatment solutions are designed to be effective, beautiful and highly functional! NGA focuses on QUALITY with the goal of providing the BEST non-gimmick sound treatment products available today.
International Customers:
Outside of the United States but in need of some authentic, hand-made, American-made acoustic treatments for your space? NO PROBLEM.
Our GLOBAL SHIPPING REQUEST FORM was made just for you!
(This form allows us to get an accurate shipping quote for your custom order! It's simple, quick and easy to complete!)
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Wishing you happy ears for many years!
#acousticpanels #proaudio #studiodesign

Опубликовано:

9 окт 2024

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Комментарии : 13

@austinjones5870 Месяц назад

Hey man, you just saved me a lot of money. This was a very well crafted video. Thank you!!!

@NGAcoustics Месяц назад

Awesome thanks! Really glad it helped you!

@greyson66 3 месяца назад

Hi, thanks for video. However, which do you prefer, 4 inch or 6 inch think on first reflection point?

@NGAcoustics 3 месяца назад

Thanks! So long as the inner core is made from the correct material, either thickness would work wonderfully at the first order reflection point! The main differentiation between a 6 inch thick and 4 inch thick panel is going to be in your frequencies below 200 Hz. However, they should both provide full spectrum coverage at that depth! The audible difference between the those depths may even be completely negligible, depending on your room. You might find my new short video helpful on this topic. It covers how acoustic panel thickness affects frequency absorption: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-rj6XfXOia_Y.html

@i2sharr Год назад

Thank you, very clear! :)

@coreytitus9110 Год назад

Thank you soo much!!!!

@NGAcoustics Год назад

No problem!! Glad the information was helpful for you!

@katiastefanova7600 Год назад

You do need 6 inches for the bass notes in a piano room. It does significantly better than 4 inches at very low frequencies. On the other hand, It seems there is no reason to use any panels thinner than 4 inches unless your budget is tight. Why use 2 inches that selectively absorbs mid and high frequencies? That would distort the sound.

@NGAcoustics Год назад

There are many scenarios in which a thinner panel is desired, even necessary! We don’t offer thinner panels on our website, but there are companies who do 1/4 inch thick panels, 1/2in thickness etc. and they are commonly used for day-to-day and commercial purposes. Often times for spaces such as classrooms, conference rooms, living spaces or anything else where they just need the excessive reverberation addressed and there is no need for the extra thickness. In these cases the extra thickness equates to extra unnecessary costs added on (to the shipping price, installation requirements, and unnecessary material expenditure). Not to mention, it’s very hard to discreetly work a panel that thick (such as 6in depth) into the architecture/aesthetic of many commercial spaces.

@yotamlifshitz 7 месяцев назад

in essence, it is a bit more complicated. If broadband absorbers (porous absorbers) are the topic of this discussion, it is true, some might benefit solely from the use of thin panels which are targeted at "speech" frequencies (and above), whilst others would require a further coverage of the entire audible frequencies (Studio/home theater and such applications). Thickness is indeed an important parameter when planning a treatment strategy, but it is merely one factor of the equation. The material used, it's impedance, enclosure, spring (air gap) and angle of incidence (placement and positioning) would surely contribute to the overall effectiveness of the absorber. A futher suggested read about the quarter-wavelength (λ/4), Gas flow resistivity (GFR), porosity (pore diameter) and tortuosity would shed much light at the subject, and if already delved into it, a read of Viscosity, Friction, vibration and transmission in a porous medium would definitely assist in decision making. In short, usually, bigger is "better" for an application that requires it... Please keep in mind that broadband absorbers aren't the only option, and the combo of pressure/resonance treatment with porous/fibrous absorption could yield the desired results as well.