Acoustical Products Made in USA.
Acoustic Enclosures and blankets reduce disruptive chiller noise
Biotechnology laboratories require constant airflow and filtration systems to maintain sterile conditions for sensitive biological materials. Large air handling systems, laminar airflow units, and filtration equipment generate continuous mechanical noise throughout these facilities. During typical operations, background sound levels inside biotechnology cleanrooms can reach 70–80 dB due to ventilation systems and laboratory equipment. Because these environments contain smooth surfaces designed for contamination control, sound reflections spread easily throughout the space.
When sound waves bounce off ceilings and equipment surfaces, they create persistent reverberation that increases overall background noise. Scientists working in biotechnology & life sciences cleanrooms must communicate clearly during experiments involving cell cultures, genetic research, and biologic processing. Excessive reverberation can make it difficult for researchers to hear instructions or collaborate effectively. This makes acoustic treatment for sterile environments essential in modern biotech labs.
Installing VibraCore® Acoustic Cleanroom Ceiling Baffle Systems introduces highly effective hygienic acoustic baffles designed for controlled environments. These cleanroom sound absorption baffles capture sound waves generated by HVAC systems and laboratory equipment. Their vertical suspended design helps absorb sound energy before it spreads across the cleanroom.
Because the baffles are designed with hygienic materials, they function as FDA acoustic baffles suitable for sterile laboratory environments. Their construction allows them to perform as sanitary acoustic sound baffles while maintaining compliance with contamination control standards. These industrial acoustic baffles provide excellent reverberation control baffles performance within research facilities.
After installation, biotechnology labs often see noise levels decrease from 75–80 dB to around 60–65 dB. This reduction improves communication among research teams and reduces fatigue for scientists working long hours in laboratory environments.
