Ventilated perforated acoustic metal mesh with powder-coated finish merges airflow management with sound absorption in a single architectural element. These panels are engineered to maintain continuous ventilation—whether natural or mechanical—while significantly reducing reverberation and noise levels in open or semi-enclosed environments. Our Acoustic Perforated Panels with ventilation support are ideal for complex building systems requiring air exchange and acoustic control.
Ventilated acoustic mesh panels are widely used in airports, data centers, parking garages, sports complexes, and transit stations. In a green-certified office tower in Munich, panels were integrated into HVAC return air plenums, maintaining airflow while absorbing equipment noise and reducing cross-talk between spaces. The Acoustical Society of America recommends ventilated panel designs in MEP-intensive architecture to achieve performance without compromising circulation.
Constructed from aluminum or galvanized steel, panels include perforations from 5–10mm diameter with 30–45% open area to meet both acoustic and airflow requirements. Powder-coated in matte or satin RAL finishes, the panels are tested to ASTM E90 for sound transmission loss and ASTM E84 for fire resistance. Decorative airflow grids can be specified through our Decorative Perforated Panels line for a high-design visual language.
These panels are ceiling- or wall-mounted with channels or hinged frames to allow access to ductwork and equipment. A metro station in Madrid installed ventilated mesh panels in its platform ceilings, aligned with ventilation exhaust points and acoustic baffles. Installations were guided by ASCE ventilation design standards and local fire code compliance. Floor-level systems were coordinated with Anti-Slip Perforated Panels for walkable air distribution.
A university gymnasium in California installed 1200 m² of ventilated acoustic panels on upper walls and ceilings. Air circulated through custom-perforated mesh while achieving sound absorption levels that reduced echo time from 2.3s to 1.0s. The building received LEED Platinum certification, and the project was featured in Architectural Digest for its integration of acoustic sustainability.
Our ventilated perforated acoustic mesh provides dual benefits of sound control and continuous airflow. Contact us for engineered panels designed for performance in the most complex system environments.
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