Acoustic Foams

Foam:
Foam is ideal for controlling noise at its source.  When used to line compartments, machine enclosures or air vents, these foam  panels help reduce the high noise levels by absorbing the sound energy around and within the space.  Foam panels can be adhered to a partition or wall facing the noise source to lessen the reverberation and sound reflections.  The Hypalon®-coated, Foam sculpted surface is resistant to water, oils, and solvents.  Foam is a great noise reduction solution for applications such as: boilers, pumps, compressors, HVAC equipment, generators, routers, and saws.
 
Wedges:
Wedges provide low to high frequency sound absorption for applications such as test cells and anechoic chambers.  The dramatic wedge shape greatly increases surface area for exceptional acoustical performance.  Wedges install seamlessly for a continuous panel look.  Wedges are available in Class 1 fire-rate willtec, or polyurethane for applications that do not require low flammability.

Anechoic Environments:
Laboratories and engineering test cells often require a sound environment that is completely free of reverberation throughout the audible frequency spectrum from low frequency to high frequency.  This environment allows measurement or radiated sound power and directivity.  Wedges, cut in a variety of sizes and shapes, are effective materials for use in anechoic chambers.  The open-cell form absorbs the kinetic energy created by sound waves.  At the same time, the large surface formed by wedges increases the total absorptive area to absorb even the long wavelength of low frequency sound.

 

SONEX® Panels, Baffles and Curtains are just a sample of choices that reduce overall noise and control reverberation in factories, processing plants and other industrial settings by trapping and dissipating sound waves.  SONEX Noise Buster® ENC Earmuff is one of our latest additions to helping improve worker safety.   Most of our industrial noise control products are made from Class 1 fire-rated materials, which meets ASTM E84 standards for flammability and smoke density.

Illbruck Foam is ideal for controlling noise at its source.  When used to line compartments, machine enclosures or airvents, these foam  panels help reduce the high noise levels by absorbing the sound energy around and within the space.  Illbruck Foam panels can be adhered to a partition or wall facing the noise source to lessen the reverberation and sound reflections.  The Hypalon®-coated, SONEX® Mini sculpted surface  is resistant to water, oils, and solvents.

Illbruck Foam is a great noise reduction solution for applications such as  : boilers, pumps, compressors, HVAC equipment, generators, routers, and saws.

SONEXone Panels are a versatile product, offering effective acoustic control in a variety of applications and environments including industrial facilities, multipurpose rooms and architectural projects. SONEXone panels are attractive and reliable, featuring Noise Reduction Coefficient (NRC) ranging from 0.85 to 1.10.  The sculpted surface of each panel deflects and disperses sound waves, allowing
the open-cell willtec® foam to convert sound energy into quiet, kinetic energy.  Pinta’s exclusive willtec foam is Class 1 fire-rated according to ASTM E 84 for flame spread and smoke density. willtec natural meets the corner burn test UL 1715.

SONEXone Panels are available in natural, painted or Hypalon®-coated finishes.  Our exclusive Hypalon formulation protects the foam from dust and dirt and makes it possible to wipe panels clean using only a damp cloth.  SONEXone Panels are easy to install on any wall and/or ceiling surface with pinta’s acouSTIC™ water-based adhesive. The panels can also be used in conjunction with SONEXone Baffles, which have the same pattern but are designed to hang from ceilings in large rooms or open interior spaces.

Acousti-Foam acoustical foams are designed to provide maximum absorption of airborne sound with minimum thickness and weight. These flexible polyurethane open cell foam products are manufactured to optimize pore size, air flow resistance, and density. Sound energy, passing through the cell structure, is converted into minute quantities of low grade heat that is easily dissipated...  <MORE>