Silk Metal™
Micro-Perforated Metal Acoustic Ceiling & Wall Panels
Our unique Silk Metal ceiling & wall panels are state-of-the-art micro-perforated aluminum sound absorber panels that reduce echo and sound reflections. These perforated metal acoustic panels for ceilings and walls have an elegantly smooth appearance, with an excellent NRC rating of 0.80. Resembling smooth silk fabric, Silk Metal is available in tegular or flat ceiling tiles that install easily into any standard 15/16″ ceiling grid.
Silk Metal uses a patented angled micro-perforation method rather than traditional direct 90° perforation methods. These micro-perforations help achieve the ideal surface to absorb wave energy generated by sound and electromagnetic waves, and for heat mitigation.
Features:
- Available in anodized or custom printing finishes
- Cost-effective
- Tegular or flat lay-in ceiling tiles easily install into standard 15/16″ grid
- Excellent NRC rating – 0.80 NRC when used as a lay-in ceiling tile. No acoustical liner needed
- Smooth surface finish
- Tested and proven to achieve AEMIC (acoustical & electromagnetic interference control) capabilities
- Product Specs
Applications
Restaurants, pro audio studios, home theaters, hallways, offices, airports, concert halls, night clubs, practice rooms, swimming pools, cafeterias, shopping malls, conference rooms, classrooms, hospitals, lobbies, department stores, exhibition spaces, train stations, and more!
Material Composition
Micro-perforated aluminum
Stock Sizes and Colors
Tegular Ceiling Tiles
23-3/4" x 23-3/4" x 1/2" - White
23-3/4" x 23-3/4" x 5/8" - Black
Flat Sheets
26-3/4" x 94-1/2" - Clear Anodized
50" x 118" - Mill Finish for Industrial Powder CoatEdge Detail
Tegular
FlatColor
Clear Anodized, White, Black, Mill Finish for Industrial Powder Coat
- Color Options
- Acoustical Specs
Silk Metal™ – Sound Absorption Coefficients Testing Mount 125 Hz 250 Hz 500 Hz 1 kHz 2 kHz 4 kHz NRC Silk Metal E400 0.86 0.94 0.65 0.77 0.76 0.75 0.80 Silk Metal A (1″ Fiberglass Backer) 0.09 0.48 0.87 1.01 0.98 0.81 0.85