Acoustical Products Made in USA.
Acoustic Enclosures and blankets reduce disruptive chiller noise
Aerospace cleanrooms are used to assemble satellites, space instrumentation, optical sensors, and advanced avionics components. These environments often contain calibration equipment, environmental chambers, vibration test systems, and large ventilation systems that generate continuous mechanical sound. During testing procedures, noise levels inside aerospace cleanrooms frequently reach 75–85 dB. Because these facilities often have tall ceilings and reflective surfaces, sound waves travel throughout the entire space.
The resulting reverberation can make it difficult for engineers to communicate while performing critical testing procedures. Aerospace technicians must coordinate adjustments to highly sensitive instruments while monitoring equipment performance. Excessive echo and background noise may interfere with verbal instructions or alarms during complex testing operations. This is why many aerospace facilities seek acoustic treatment for sterile environments and industrial acoustic baffles to control reverberation.
Installing VibraCore® Acoustic Cleanroom Ceiling Baffle Systems provides effective acoustic cleanroom baffles designed specifically for large controlled environments. These hygienic acoustic baffles absorb sound energy from testing equipment and reduce the amount of noise reflecting across the cleanroom ceiling. Because they are suspended vertically, they significantly improve sound control ceiling baffles performance in high-ceiling spaces.
The baffles are engineered to function as sanitary acoustic sound baffles that meet contamination control standards used in aerospace manufacturing. Their hygienic construction allows them to operate as cleanroom acoustic ceiling panels while maintaining strict cleanliness requirements.
After installing VibraCore® Acoustic Cleanroom Ceiling Baffle Systems, aerospace cleanrooms often see noise levels reduced from 80–85 dB to approximately 65–70 dB. This improvement creates a more controlled acoustic environment where engineers can communicate clearly and focus on delicate aerospace assembly and testing procedures.
