| 1 Contact Maxxon for anti-fracture properties |
2 Minimum Gypsum Underlayment depths:
Acousti-Mat LP - 1/2"
Acousti-Mat LPR - 3/8"
|
3 Minimum self-leveling underlayment depth: 3/8"
4 Minimum Level-Right WearTop depth: 3/8" |
Application Detail Photos
Sound Test Results
| Topping |
Insulation |
Resilient Channel |
Ceiling Drywall |
Floor Covering |
Rating |
Test Number |
| 8" Concrete, Acousti-Mat LP |
| Thinset with Tile |
No |
No |
No |
Ceramic Tile** |
F-IIC 52 |
1071202-3 |
| Laminate Wood |
No |
No |
No |
Laminate Wood** |
F-IIC 57 |
1071202-2 |
| Bare Concrete -
No Sound Mat |
No |
No |
No |
None |
F-IIC 35 |
1071202-1 |
| 8" Concrete, Acousti-Mat LP & Acousti-Mat LPR |
1/2" (12.7 mm) Level-Right WearTop
on Acousti-Mat LPR |
No |
No |
No |
None |
F-IIC 55 |
F07-656 |
| Laminate Wood Floor on Acousti-Mat LP |
No |
No |
No |
Laminate Wood** |
F-IIC 63 |
F07-660 |
| Bare Concrete -
No Sound Mat |
No |
No |
No |
None |
F-IIC 34,
A-STC 61 |
F07-568
F07-567 |
| Delta IIC Test on 6" Concrete per ASTM E2179, Acousti-Mat LP |
| Thinset with Tile |
No |
No |
No |
Quarry Tile** |
STC 54 |
NGC 5006017 |
| Thinset with Tile |
No |
No |
No |
Quarry Tile** |
Delta IIC 19 |
NGC 7006023 |
| 8" Concrete, (with ceiling) Acousti-Mat LP |
| 1/2" (12.7 mm) Maxxon* |
No |
Yes - 2" Z-Channel |
5/8" (16 mm) |
None |
F-IIC 57 |
0677973 |
| 1/2" (12.7 mm) Maxxon* |
No |
Yes - 2" Z-Channel |
5/8" (16 mm) |
Wood |
F-IIC 60 |
0677973 |
| Bare Concrete -
No Sound Mat |
No |
Yes - 2" Z-Channel |
5/8" (16 mm) |
None |
F-IIC 42,
A-STC 62 |
0677973 |
* Approved Maxxon Underlayment ** Floor good installed directly to the surface of Acousti-Mat LP or Acousti-Mat LPR
F-IIC (Field Impact Insulation Class) sound tests were performed in accordance with ASTM E 1007 and E 989. F-STC (Field Sound Transmission Class) sound tests were performed in accordance with ASTM E 336 and E 413. Actual tests above, plus additional tests are available upon request.
Acousti-Mat LP and LPR are but one component of an effective sound control system.
No sound control system is better than its weakest component.
Care must be taken in the installation of components of construction to assure
the ultimate designed acoustical performance.