Foam Factory Unveils Three New Designer Acoustical Foam Patterns

Clinton Township, MI – Foam Factory, a leading manufacturer of custom foam products, today announced three new acoustical foam patterns – wave, grid and spade. These innovative designs offer superior sound diffusion for recording studios, broadcast facilities and acoustical cloud builds. Each design is compression-cut for uniformity and accuracy and is available in large panels of up to 5.5 by 3.5 feet.

Available with a finished outside border, or in a non-bordered style, these three compression-cut designs can be ordered individually for a singular appearance, or purchased in reciprocating pairs. The interlocking sizes from one shape are efficiently manufactured to perfectly fit and offer complete sound absorbance and dispersion, and address high frequency echoes and reflections. The size of these panels makes them excellent material for effectively treating large sections of a room at once.

These latest acoustic foam designs from Foam Factory provide outstanding sound absorption qualities, a professional appearance and minimal installation effort. As an industry leader, Foam Factory, Inc. features long-lasting, high-performance and fire-proof acoustic foam. The improved acoustic qualities offered by these designs, as well as the ease of installation and unique look, have made them a popular choice for both hobbyist and professional recording studios. The range of die-cut shapes and sizes allows for a variety of applications.

About Foam Factory, Inc.:
The Foam Factory, Inc. website, http://www.foambymail.com/, carries a large selection of foam and foam products for a wide range of applications, all at very competitive prices. We proudly offer traditional foam products, like bedding, insulation, cushions, packaging materials and comfort items. Additionally, we are constantly expanding the practical applications of foam, offering products like economical and practical child safety items, commercial items like jewelry display holders and a large selection of acoustical sound-deadening materials.