ecret Cube: A Comprehensive Guide to Designing Silent Cabins and Key Design Parameters

With the rapid development of the world, noise levels are now high in many places, leading to the emergence of silent cabins. So, how should a silent cabin be designed? What are the design parameters for a silent cabin? In this article, Secret Cube will share details. Let's take a look.

1. Ventilation System: A labyrinth-style, low-noise air supply and exhaust system continuously supplies fresh air to the cabin while reducing the crosstalk between indoor and outdoor sounds.
2. Silent Cabin Frame Structure: Utilizes aviation-grade aluminum and 10mm high-speed rail glass. Cabin: Carbon-plastic composite panels offer waterproofing, excellent physical stability, deformation resistance, high hardness, and inherent sound insulation.
3. Door opening angle reaches 180 degrees. 4. INSUL MARSHALL ACOUSTIC acoustic simulation design meets cabin sound insulation and cabin acoustic environment standards, with an overall sound insulation performance of STC 30dB ± 5dB and an indoor reverberation time of 0.25s (± 0.5s).
5. The cabin is constructed using chemical-free glue and screws, ensuring silent construction and allowing for secondary disassembly and relocation.
6. The cabin sound insulation panels are finished with a PP finish that is resistant to abrasion, staining, UV rays, fire, and water.
7. The interior meets INSUL MARSHALL ACOUSTIC acoustic simulation design, with 60% of the cabin area clad in polyester filaments sound-absorbing material.
8. The cabin features a 4000K natural light color temperature LED central lighting system, with a standard 150LSX unit for normal use. Please note that specialized lighting requires an expandable power supply pre-installed in the cabin. Equipped with a 100-220V/50Hz and 12V-USB power supply system, it is compatible with mainstream equipment and energy environments inside and outside the cabin, and is also equipped with an external wiring port.