ECO STEP® is a 100% recycled product designed to reduce noise in living and commercial environments. It can be used directly or you can use it as a crack membrane under tile, engineered, traditional wood and LVT. In most concrete construction impact noise can be controlled with a one layer system on the top side of the construction.
The flexibility of ECO STEP® will make it the ONE UNDERLAYMENT for all installation projects. Our product has been tested to provide excellent noise control when used directly under tile applications or with any type of wood.
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ECO STEP ® is a recycled rubber flooring underlayment for sound isolation and impact noise control. The rubber material provides a resilient layer within the flooring assembly for reducing vibration noise. ECO STEP ® is a critical component in meeting International Building Code requirements for ceiling/floor noise reduction performance. ECO STEP ® passes the Federal Flammability Standard, meets CHPS standards for VOCs, and passes the ASTM C627 reliability standard for residential use.
Advantages:
Optimized resiliency
Efficient spring action
LEED credit
CHPS VOC-complaint
No creep or long-term degradation
Strength under load
Reduced manufacturing costs
APPLICATIONS for ECO Step Underlayment are as followed:
Floors
Engineered wood a Laminate
Vinyl plank
Ceramic tile
Stone
Under concrete
Quiet and Comfortable for the Life of your Floor
Designed to isolate vibration and impact in multi-level flooring applications.Get Eco Step Underlayment today!
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CARMEN'S News
- ECO STEP ® is an acoustical underlayment designed to dramatically reduce room-to-room and in-room ambient noise. ECO STEP ® exceeds national building code and property association sound reduction requirements
- CARMEN'S takes an innovative approach when it comes to solving every day issues that the construction and flooring industry professionals are facing.
- ECO STEP ® Underlayment is designed for engineered wood, a laminate, a vinyl plank, and can be used as a crack membrane under ceramic tile, stone, and on top concrete.