FIRM-FILL® SCM-250
FIRM-FILL® SCM-250 (Sound Control Mat) is a 1/4" (6mm), random filament, corrugated, "U" groove core sound control mat designed to limit impact noise between floors. When used in conjunction with a 1" FIRM-FILL® Brand Gypsum Concrete topping, the combined system has been tested to achieve a "Light Commercial" rating from the Tile Council of North America.
Recommended For
Sound Attenuation Systems Application / MarketWood subfloors & concrete subfloors. |
Covered by
- FIRM-FILL® Gypsum Concrete
- FIRM-FILL® 2010+
- FIRM-FILL® 3310
- FIRM-FILL® High Strength
- FIRM-FILL® CMD
- GYP-SPAN® Radiant
Features & Benefits
- Excellent performance at reducing sound in low and high frequencies
- Performance in wood frame construction and concrete structures
- Minimal deflection, and no creep or long-term degradation
- Provides a thin profile for tight construction assemblies
- Lightweight and easy to handle
- Installed by Licensed Applicators of Hacker Industries, Inc.
External Resources
Product Resources
Technical Data |
Properties |
|
Roll Weight | 39 lbs. | |
Thickness | 1/4" (6 mm) | |
Width | 60" | |
Length | 80' | |
Square Feet/Roll | 400 square feet/roll |
Compression Resistance
Force Applied |
Residual Thickness |
Actual Residual Thickness (in) |
42 lbs./sf | 100% | 0.355 |
105 lbs./sf | 99.31% | 0.349 |
505 lbs./sf | 99.22% | 0.353 |
FIRM-FILL® SCM-250 is a component in an overall floor/ceiling assembly. Its performance is affected by every other component and the likelihood of achieving code compliance is contingent upon many other trades including (but not limited to) framers, plumbers and drywall contractors. Developers and general contractors are responsible for building properly and testing field performance as soon as possible in order to assure the reliability of the project.
WARNING: Laboratory tests are not a guarantee of field performance because of the issues noted above and many other design errors that may occur. Please consult a professional acoustical consultant to assure plans are proper and that the floor/ceiling assembly can perform to expectations.