Titebond GREENchoice Heavy Duty Construction Adhesive offers superior interior and exterior strength and is the recommended adhesive for Alpha Foams. Its all-purpose versatility is ideal for all common building materials.…
AlphaSorb® Max Wedge Foam provides maximum absorption and is ideal for testing rooms, research facilities and anechoic chambers. Max Wedge Foam can dramatically improve the accuracy of sound measurements by eliminating bounce-back sounds such as echo, feedback and resonance. The deep wedge pattern offers maximum absorption and increased mid to low frequency response.
The bold, geometric design of this 3-point wedge may be applied in a variety of patterns to create visual interest and maximize the acoustical performance. Lightweight and easy to install, the anechoic wedges are the perfect solution to your demanding sound absorption applications. AlphaSorb® Max Wedge Foams may be manufactured in custom sizes to specification for testing chambers. Please contact us with your project requirements.
NOTE: This product has been transitioned to a new manufacturing process. Material may vary slightly to previously ordered material.
Broadcast and Recording Studios
Reduces echo and reverberation
Improves speech intelligibility
Low frequency absorption
Exceptional acoustical and thermal properties
Technical Information for AlphaSorb® Max Wedge Foam:
Size: 1′ x 1′
Thickness: 6″, 8″
Material: Open-cell melamine-based foam
Intended Use: Interior, sound absorption
Coated (Custom Order, please call)
Light Grey: 0.56 +/- 0.09 lb / sq ft
White: 0.47 +/- 0.13 lb / sq ft
Service Temperature: -40 deg. F to 350 deg. F
Fire Rating: Class 1 or A per ASTM E84
NRC: (6″) 1.25, (8″) 1.35
Sound Absorption (Hz)
These panels can easily be mounted to any wall or ceiling surface with water-based construction adhesive.
Installation is best done at the end of the construction project.
Use clean gloves to prevent soiling material.
Melamine foam is fragile and should be handled with care.
Maintain uniform temperature of minimum 60° F and maximum humidity of 40% prior to, during and after installation.