- Thread Starter
- #21
Well, sadly they don’t sell outside of Poland.Looking good. The Amazon product is also made in Poland. I'll ask them about shipping.
Well, sadly they don’t sell outside of Poland.Looking good. The Amazon product is also made in Poland. I'll ask them about shipping.
I have their 'Art Panels' in my new bathroom in order to reduce the general liveliness of the acoustic. Had them made with my personal art choices.In fact GIK can make 'Art Panels':
Acoustic Art Panels - GIK Acoustics - Sound Absorbing Wall Art
How transparent will those be?If I were doing this, I would order some original oil on canvas paintings
Good question. They will reflect the highest frequencies a bit more. Probably depends on the particular canvas and painting and the thickness of the inside frame what they reflect that would be absorbed by an acoustic fabric. Certainly way better than drywall, and likely better than MDF shiplap or tongue and groove wood. WAF would be excellent here too.How transparent will those be?
Then send GIK a high resolution photo and let them reproduce it on an acoustically porous material. They do a surprisingly great job.Good question. They will reflect the highest frequencies a bit more. Probably depends on the particular canvas and painting and the thickness of the inside frame what they reflect that would be absorbed by an acoustic fabric. Certainly way better than drywall, and likely better than MDF shiplap or tongue and groove wood. WAF would be excellent here too.
I agree. It's sound absorption class E only though.
View attachment 116284
They recommend 45mm of additional insulation behind the panels if any midrange absorption is needed.
Ok, I checked their mounting guide and seems there's a 45mm air gap (-> class D) when mounting the panels on battens. That's why they recommend 45mm of insulation (-> class A) since it fits inside the 'air space'. The panels themselves are class E.I thought they’re class D if you install them according to their guidelines?
A rug only absorbs the very highest frequencies and leaves the rest unreated. That's a poor way to treat reflections as it alters the spectral content greatly. You want broadband treatment (evenly down to Schroeder) of specular energy.How effective would hanging a carpet on the wall be for absorption in mid/high? If it works on the floor the floor it should work on a wall as well, shouldn't it?
It's unclear to me what you're trying to accomplish. But treatment of midrange and tweeter should be in mirror images. And low frequency absorption needs to be at places where you actually have resonanances of lows that effect the listening position. A simulation in REW is likely to be misleading.
Measurements of products are generally based on measurements only related to large room acoustics and can not be used for small rooms. This is an area where there's a lot of wrong marketing and misunderstanding.
Perhaps these might help some:Sounds like I'll need to rephrase the question a bit: So you #1 is my room, which is quite reverberant. What is the best way to treat this, and where should I place this treatment? Oh, and I'd like to keep it budget-friendly, as well as not looking like a studio.
I thought the GIK Visualizer would actually help in simulating room acoustics, but it seems to be just a simple home planner tool