Echo Eliminator™ Composite - High Density Cotton Panels

Echo Eliminator™ Composite Panels
High-Density, Dual-Purpose Absorption and Noise Control

Echo Eliminator™ Composite Panels deliver powerful acoustic absorption and noise-blocking performance in a single, cost-effective solution. Engineered from high-density bonded acoustical cotton (B.A.C.) made from recycled fibers and finished with a durable foil FRK facing, these panels provide exceptional control of mid- to low-frequency energy in demanding environments. Lightweight, fiberglass-free, and easy to install with adhesive, Echo Eliminator™ Composite offers a clean, safe, and practical alternative to traditional mineral- or fiberglass-based sound control products.

Designed for reliable absorption and noise reduction performance with environmental consideration, these panels support sustainability initiatives and may contribute to LEED™ credits.

Ideal Applications
Echo Eliminator™ Composite Panels are well-suited for:
• Machine or equipment enclosures
• Mechanical closets or pump rooms
• Commercial and manufacturing environments
• Professional and DIY equipment enclosures
• Shooting ranges and industrial facilities
• Automotive and Marine Applications

Product Details
Material: Bonded Acoustical Cotton (recycled fibers) with FRK facing
Thickness: 1"
Density: 8 lb. pcf
Size: 24" × 48" (standard)
Color: Marble Blue core, Silver (scrim reinforced) Foil Facing

Installation Method:
• Ceiling and walls: Adhesive or stick pins

Combining robust acoustical absorption with effective noise reduction, Echo Eliminator™ Composite delivers a durable, economical, and environmentally mindful solution for projects requiring both performance and practicality.

Specification

When projects demand a material when both absorption and blocking are needed, the Echo Eliminator™ Composite delivers. Built from recycled bonded acoustical cotton fibers and finished with a durable scrim-reinforced foil FRK facing, this product combines compressed cotton sound absorption with effective noise control in one cost‑efficient solution. It is lightweight (relative to panels that use a vinyl barrier as the center layer), fiberglass‑free, and simple to install with adhesive or stick pins, offering a clean and practical alternative to traditional mineral or fiberglass products.
Performance is where Echo Eliminator stands out. As high NRC acoustic composites, they provide reliable control of mid‑ to low‑frequency energy, functioning as sound‑absorbing composite solutions that double as acoustic barrier and absorber systems. Their design makes them ideal for noise control composites in machine enclosures, pump rooms, and mechanical closets, while also serving as industrial sound control treatments for manufacturing floors, shooting ranges, and other demanding environments.
These high‑performance composite acoustical products are engineered as temperature‑tolerant solutions and heat‑resistant acoustic insulation, ensuring resilience in both commercial and industrial applications. The foil facing enhances strength and longevity, creating composite panels that withstand harsh conditions while maintaining acoustic integrity.
Sustainability is central to Echo Eliminator. As eco acoustic materials and eco‑friendly acoustic insulation, they support sustainable sound absorption products initiatives and may contribute toward LEED credits. Their composition as recycled fiber acoustic composites aligns with green building acoustic materials, making them a responsible choice for environmentally conscious projects.
Versatility extends beyond industrial use. Echo Eliminator can function as an acoustical enclosure liner for professional or DIY equipment housings, as mechanical room acoustic treatments, or even in automotive and marine applications where thermal and acoustic insulation composites are required.
By combining absorber and blocking performance with environmental responsibility, Echo Eliminator™ Composite offers a dependable solution for architects, contractors, and engineers. It is the Class A acoustical product that balances noise reduction with sustainability—transforming challenging spaces into safer, quieter, and more efficient environments.