In 2026, silence has become a structural feature. We present High-Performance Acoustic Composites—the technology of sound energy management. At Reception Space, we design interiors where walls, ceilings, and even furniture are made from nanostructured materials capable of selectively absorbing or diffusing sound waves. This transforms a noisy lobby into an acoustic paradise. We explore how next-generation composites create the ideal environment for communication and relaxation.
Nano-Porous Matrix: A Trap for Noise
2026 technology has moved away from cumbersome basalt wool. In a Reception Space lobby, we utilize thin aerogel and carbon composites with a fractal pore structure. When a sound wave enters such a material, it reflects multiple times and loses energy, converting into micro-heat. This allows for achieving a Noise Reduction Coefficient (NRC) above 0.95 with a panel thickness of only 15 mm. Effective silence can now be thin and elegant.
Adaptive Layers: Sound Filter
Adjusting acoustics by frequency range
In 2026 projects from Reception Space, acoustic panels feature a multilayer structure. The top layer of bio-polymer fabric is acoustically transparent, the middle layer absorbs high frequencies (speech, ringtones), and the inner honeycomb core neutralizes low-frequency hum. This creates 'transparent' acoustics: you clearly hear your interlocutor nearby but not the general hall noise. We design the lobby's sound landscape as meticulously as its lighting.
