Acoustical Products Made in USA.
Electric vehicle battery manufacturing requires highly controlled cleanroom environments to prevent contamination during lithium battery cell production. Inside these facilities, automated assembly systems, robotic welding machines, conveyor lines, and inspection stations operate continuously. When these machines work simultaneously, sound levels inside battery manufacturing cleanrooms often reach 75–85 dB. Because these facilities rely on sealed surfaces for contamination control, sound reflections travel freely across the production area.
The combination of robotic machinery and reflective surfaces creates strong industrial cleanroom acoustic treatment challenges. Sound waves generated by assembly robots and compressors bounce across the facility and increase the perceived loudness of the equipment. Technicians responsible for monitoring robotic systems and battery assembly processes must communicate clearly during production. However, excessive reverberation can make it difficult to hear instructions, warnings, or system alerts.
Installing VibraCore® Acoustic Cleanroom Wall Panel Systems provides an effective solution for these high-tech manufacturing environments. These cleanroom acoustic wall panels absorb sound energy produced by robotic systems, compressors, and conveyor equipment. As specialized acoustic wall absorption systems, they reduce sound reflections while maintaining the sterile wall surfaces required for cleanroom compliance.
The VibraCore® Acoustic Cleanroom Wall Panel Systems are constructed with encapsulated fiberglass acoustic panels designed to deliver strong acoustic performance while meeting contamination control standards. Their ability to function as cleanroom sound absorption wall panels makes them ideal for advanced battery manufacturing facilities where both cleanliness and acoustic control are essential.
After installation, many EV battery production cleanrooms experience sound reductions from 80–85 dB down to approximately 65–70 dB. This improvement enhances communication between technicians and improves overall comfort in these high-technology manufacturing environments.
