Sound Absorbers

Sound Absorbers

Control Echo and Reverberation with High-Performance Acoustic Absorbers

Noise absorption reduces sound levels by using porous, sound-absorptive materials to capture and dissipate energy. As sound waves pass through these materials, momentum and energy are lost within the constricted pathways - significantly reducing airborne noise, echo, and reverberation, creating a quieter, more controlled environment.

Beyond noise reduction, acoustic absorbers enhance speech clarity, improve communication, increase privacy, and promote healthier workspaces by limiting noise exposure. 

Pyrotek’s noise absorption products are engineered for high-performance acoustic control across a wide range of demanding environments and structures, including:

  • Marine Vessels: Treat hulls and partially enclosed machinery spaces to reduce reflected noise. Enclosures with sufficient transmission loss should be lined with Sorberfoam to control internal reverberation and prevent echo buildup.
  • Building & Construction: manage noise in plant rooms, HVAC systems, heat pumps, home theaters and more to ensure occupant comfort, acoustic clarity, and regulatory compliance.
  • Transport: improve passenger comfort in the rail industry by reducing reflected and structure-borne noise inside carriages with certified materials.
  • Roadway & Urban Infrastructure: apply absorptive treatments in highly reflective urban areas and transit corridors to reduce noise pollution and improve environmental sound quality.
  • Industrial Settings: control machinery noise and echo in metal enclosures, production lines, and process equipment housings - enhancing both comfort and safety for workers.
  • Oil & Gas: absorb sound in compressor stations, control rooms, and reflective surfaces to reduce fatigue and protect personnel in high-noise zones.

Whether you’re treating a confined enclosure or addressing large-scale reverberation challenges, Pyrotek’s acoustic absorbers deliver consistent, effective results in even the most acoustically complex environments.

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