Category: Uncategorized

The Harmonix^TM G Tile was created by utilizing RPG’s patented Shape Optimizer and Aperiodic Modulation Technology to develop an organic and modern contoured surface to provide optimal coverage with minimal low-frequency diaphragmatic absorption. The center of each non-combustible Glass Fiber Reinforced Gypsum (GFRG) panel is asymmetric; however, its sides are identical. This unique acoustically optimized shape allows the Harmonix^TM G Tile to create a range of surfaces determined only by the orientation of the adjacent panels.

The Harmonix^TM T Tile was created by utilizing RPG’s patented Shape Optimizer and Aperiodic Modulation Technology to develop an organic and modern contoured surface. The center of each tile is asymmetric; however, its four sides are identical. This unique and acoustically optimized shape allows the Harmonix^TM T Tile to create a range of surfaces, determined only by the orientation of the adjacent panels.

The Modex^TM Corner is a unique membrane system that converts the high sound fluctuations typically found in corners into selective absorption in the modal frequency range, Studio control, home theaters, and dedicated listening rooms often exhibit poor low frequency response with significant emphasis at modal resonances. Porous surface absorption is ineffective at these modal frequencies because the air motion near walls and in corners is near zero for these long wavelengths. The Modex^TM Corner is designed to be installed in corners and is available in tuning frequencies of 40, 63 and 80Hz. They are designed to cover approximately 1/3 octave above and below the tuning frequency.

Many rooms, such as studio control rooms and home theaters, often suffer from low-frequency modal problems that cannot be mitigated using porous materials like fiberglass. RPG's Modex^TM Edge resolves these problems by offering significant broadband width absorption down to the axial mode frequencies. The carefully engineered tuned resonator system acts as a high-pass filter for your room while eliminating the low-frequency modal emphasis that prevents accurate monitoring.