<ul> <li> MCM Acoustical’s leading production capabilities make the largest panels in the industry: 5 ft x 10 ft (1.5 m x 3 m)</li> <li>The panels are fully engineered according to approved shop drawings with no field cutting for faster installation</li> <li>The rear of the panel is pre-engineered to allow the panels to be mounted to the wall or ceiling</li> <li>An acoustical fleece is factory-applied to the back of the panel for noise absorption and to reduce any reading through of material behind the panel</li> </ul>
Product Name
Microperforated Panel
Warranty
1 Year
Manufacturer Notes
Like any other architectural natural wood products, all MCM Acoustical products are to be acclimatized inside a controlled interior environment for at least 75 hours before installation. During storage prior to installation, during installation, and after installation the relative humidity level of 35% - 55% and temperature range of 20°-27°C (68°-81°F) must be maintained
Material & Finish
Construction
Microperforated
Content
Wood Veneer
Availability & Procurement
Availability
Quick Ship
Custom Capabilities
Other veneers are available upon request. If you wish to specify a wood species that is not mentioned on the Finishes page, kindly contact MCM Acoustical to confirm its consistent availability. All veneers can be custom stained. Panels can also be painted
Lead Time
4-6 weeks
Technical Specifications
Product Features
Customizable
Size
5 ft x 10 ft (1.5 m x 3 m)
Total Weight
3-4 lbs/sq ft (14,6 - 19,5 kg/m2)
Applications & Usage
Application Filter
Ceiling|Wall
Performance Metrics
Acoustics
In addition to the microperforated face of the panel, the MDF core is perforated to improve sound absorption. A black mat is laminated to the rear of the product to create a substantial acoustic performance of up to 1.05 NRC
Light Blocking
Complete
Maintenance
Clean the uncovered wooden surfaces of MCM Acoustical products following the cleaning guidelines provided by the manufacturer
Sustainability
Human Health
Human Health Impact
CDPH Standard Method v1.2-2017, Low Emitting/Low VOC
