Advanced Acoustics 15" x 30" Wedge Acoustic Studio Foam Tile Pack
What's In The Box?
- Contained in one box of tiles are 12 individual tiles.
- Each acoustic tile is sized 15" (381mm) by 30" (762mm).
- The tiles have a peak thickness of 1 1/2" (40mm).
- One box of tiles will cover an area of 37.5sqft (3.48sqm).
- The tiles are precision CNC cut and on average will absorb 60% of the sound waves.
- These acoustic tiles are available in either Mid Grey or Dark Grey.
What Are The Benefits?
The wedge profile is the most popular design of profile used for professional and home studios, vocal booths, cinema rooms and more. This classic cut of profile is clean and consistent and makes installation simple. Performance is up there too thanks to the large surface area from the extreme slopes.
By installing small clusters of these acoustic tiles in a random orientation around the room at first reflection points or other key areas you will increase acoustic clarity and remove unwanted distortion. These acoustic studio foam tiles work hard at controlling mid to high frequencies to help remove echo and control reverberation. These tiles can also be mixed with our other 30" Studio Foam Tiles to create a unique design.
Care is taken in optimising size, profile, foam cell structure and foam density to present a product that offers high visual and acoustic value. Durability is high on our list of priorities too, we manufacture a foam that won't crumble and turn to dust and won't change colour as soon as you've mounted them to the wall or ceiling. The bottom line is that the Wedge Acoustic Studio Foam Tiles will assist both you and your room in working to it's full potential.
Where Can I Use Them?
There are a wide range of applications for our acoustic products including:
- High End Professional Studios
- Home Studios
- Rehearsal Rooms
- Home Cinemas
- Dedicated Listening Rooms
- Public Buildings
- Professional and Home Offices
- Server Rooms
- And more
What Are The Technical Details?
||Herringbone Wedge Acoustic Tile Pack
|Individual Acoustic Tile Size
||15" x 30" (381mm x 762mm)
|Quantity Of Acoustic Tiles Per Box
|Total Area Covered Per Box
|Acoustic Tile Thickness
||3/4" (20mm) at the base, 1 1/2" (40mm) at the peak
|Noise Reduction Coefficient (NRC)
|Absorption at 250Hz
|Absorption at 500Hz
|Absorption at 1000Hz
|Absorption at 2000Hz
|Absorption at 4000Hz
|Acoustic Foam Colour
|Acoustic Foam Density
|Acoustic Foam Composition
||Open Cell Polyurethane Acoustic Foam
||Crib 5 and Schedule 1, Part 1 of the Furnishings and Furniture (fire)(safety) Regulations 1988 (amended 1989)
||Precision CNC cut Wedge Profile with 1 1/2" (40mm) between peaks
Installing our acoustic foam tiles is very simple. The first step to take is to work out your preferred layout of acoustic tiles. Do a sketch on paper first to make sure that the layout looks right and you have enough acoustic foam and space for your planned design. It is best to have small to medium sized clusters of acoustic foam tiles evenly distributed as opposed to one huge cluster of tiles in the middle of a wall.
Once the acoustic tiles are mounted to the wall or ceiling they are hard to remove so it is important to get the layout right before you begin. Once you have a sketch of the layout you plan you can then mark up the wall with the layout. You can either use pencil, masking tape or lasers to layout the design on the wall or ceiling.
When mounting the acoustic tiles to the wall apply Advanced Acoustics Contact Adhesive to both the back of the tile and the mounting surface. There is no need to heavily cover the acoustic foam or wall with adhesive, a band of adhesive around the perimeter of the tile along with 50% - 75% coverage of the rest of the tile will be fine. Use the same equivalent amount on the wall. Avoid overspray on the tile and the wall so that adhesive can’t be seen when the tiles are in place. Masking Tape on the wall will help with this. If you do get webbing overspray on the tile, don’t touch it, allow it to dry, in most cases you will be able to peel the adhesive off.
The adhesive we supply is solvent based so we recommend that you keep all doors of the room and any windows open whilst completing the installation.
If you prefer to have a more temporary installation of acoustic tiles you can mount the tiles onto 6mm MDF or ply to create panels of acoustic tiles. These panels can then be hung on the wall using a D-Ring and picture hook for a damage free installation. If fitting them to a ceiling then 4 mirror plates would be required.
UK Shipping Charges For Most Products
Orders with a value of £0.00 to £54.99 have a £7.00 carriage charge with tracked next working day delivery.
Orders with a value of 55.00 to £99.99 have a £12.00 carriage charge with tracked next working day delivery.
Orders with a value of £100.00 or more qualify for free next day shipping.
For carts which contain Soundproofing Mat, SilentBoard, QuietPanel, Silent Floor Ultra, M20 and R10 the following charges apply
£8.00 carriage for the first item and £4.00 carriage for every item added up to a maximum charge of £65.00.
Plasterboard and Bulk Products have a £65.00 pallet charge per item.
Our policy lasts 30 days. If 30 days have gone by since your purchase, unfortunately we can’t offer you a refund or exchange. To be eligible for a return, your item must be unused and in the same condition that you received it. It must also be in the original packaging.
Non-returnable items:- Made to order items such as our Office Acoustic Panels, High End Audio Acoustic Panels and Silent Space Isolation Booths.- Gift cards
To complete your return, we require a receipt or proof of purchase. Please contact us for your return authorisation number. Once your return is received and inspected, we will send you an email to notify you that we have received your returned item.
We only replace items if they are defective or damaged. If you need to exchange it for the same item, send us an email at firstname.lastname@example.org and send your item to: Advanced Acoustics LTD, Unit B, Maunside, Green Line Industrial Estate, Mansfield, NG18 5GU, United Kingdom.