Cabin Soundproof Privacy Noise Office Phone Booths Work Meeting Office Pod

Description

1. Modular design, installation takes 45 minutes, the most efficient in the industry. It adopts a simplified and unified structural module system, consisting of six components: top, bottom, glass door and side wall, making it easy to assemble.

This product redefines deployment efficiency through its foundational modular design. The system is engineered around a simplified and unified structural module system, which breaks down the entire enclosure into precisely six core components: the top, bottom, glass door, and side wall panels. This intentional limitation of parts is a direct driver of operational simplicity. Each module is a pre-integrated, factory-finished assembly, arriving on-site with all internal components, seals, and connection hardware already in place. This eliminates the need for on-site fabrication, complex sequencing of trades, or handling of numerous small parts. Consequently, the process transitions from a construction project to a straightforward mechanical assembly. Two individuals can systematically connect these six large modules using intuitive, guided coupling mechanisms. The result is the achievement of an installation that consistently takes 45minutes, a benchmark that justifiably positions it as the most efficient in the industry. This speed directly translates to minimized labor costs, near-zero operational disruption, and immediate availability of the space for productive use.

                      

2. The overall frame is made of 6063-T5 refined aluminum alloy profiles + 0.8mm high-quality cold-rolled steel plates. The surface is treated with Akzonobel or the same grade electrostatic powder coating process, and the adhesion meets the national standard hundred-grid test.

Structural integrity and longevity are ensured by a hybrid material strategy. The overall frame utilizes a primary skeleton of 6063-T5 refined aluminum alloy profiles. This specific alloy and temper (T5) provide an optimal balance of high strength and low weight, offering excellent structural rigidity and inherent corrosion resistance, which is crucial for maintaining dimensional stability. This aluminum framework is synergistically combined with 0.8mm high-quality cold-rolled steel plates. These steel plates are used for exterior cladding and reinforcement, adding substantial mass for acoustic performance and providing superior resistance to impacts and denting. The surface protection for this metal hybrid is a surface treatment using an Akzonobel or the same grade electrostatic powder coating process. This involves applying a dry, thermoset polymer powder electrostatically, which is then cured under heat to form a continuous, durable film. The quality of this bond is critically validated as its adhesion meets the national standard hundred-grid test (a standardized cross-cut adhesion test). This test confirms the coating's exceptional resistance to peeling and chipping, ensuring long-term protection against wear, corrosion, and environmental exposure.

                   

3. Sound insulation materials: E1 grade polyester fiber sound-absorbing board on the inner side + sound insulation cotton and sound insulation felt filled inside the cavity, high-quality cold-rolled steel plate sprayed on the outside, EVA sound insulation strips filled in all inner and outer gaps, complete isolation of hard sound conductors on the inside and outside, sound insulation level 28±3 decibels. The main sound insulation materials meet the requirements of waterproofing, zero emissions, flame retardancy, acid resistance, salt resistance, corrosion resistance and odorlessness.

The acoustic core is a meticulously assembled, multi-layered composite system. Beginning at the interior, the first layer is an E1 grade polyester fiber sound-absorbing board on the inner side. The E1 grade certifies it as a low-emission material, ensuring indoor air quality. This board effectively absorbs mid-to-high-frequency sound waves, reducing reverberation within the cabin. Directly behind it, the wall cavity is filled with sound insulation cotton and sound insulation felt. These dense, fibrous materials provide broadband sound absorption and, critically, act as a damping layer to dissipate vibrational energy (structure-borne noise). The outermost acoustic layer is the high-quality cold-rolled steel plate mentioned in the structure, which here serves as a mass barrier. Its density and rigidity reflect and block a significant portion of airborne sound energy. The final, essential element is the EVA sound insulation strips filled in all inner and outer gaps. These elastomeric seals create a continuous, airtight gasket at every joint and perimeter. This system of absorption, damping, mass, and sealing achieves the complete isolation of hard sound conductors on the inside and outside, resulting in a certified sound insulation level of 28±3 decibels. Furthermore, the main sound insulation materials are specified to meet the requirements of waterproofing (preventing moisture damage), zero emissions (for air quality), flame retardancy (for safety), acid resistance, salt resistance, corrosion resistance (for durability), and odorlessness (for occupant comfort).

                        

4. The rear glass of the basic model is made of 8mm transparent 3C-certified safety and soundproof tempered glass.

The transparency element is engineered for dual performance. The rear glass of the basic model is constructed from 8mm transparent... tempered glass. The 8mm thickness provides substantial mass. The glass is tempered, a thermal process that increases its strength. It is 3C-certified, which is China's compulsory safety certification, guaranteeing it meets stringent impact resistance standards. If broken, it fragments into small, granular pieces rather than dangerous shards, hence its designation as safety... glass. The combined mass and monolithic construction also contribute meaningfully to soundproof performance, adding to the overall acoustic barrier of the wall in which it is installed.

                      

5. Ventilation system: A dual-circulation fresh air system with top intake and bottom exhaust is adopted. No negative or positive pressure is formed inside the cabin, and the temperature difference between the cabin and the external space environment does not exceed 2 degrees Celsius.

Occupant comfort is maintained by an intelligent ventilation system. It is a dual-circulation fresh air system. This design employs two balanced, low-noise fans: one dedicated to drawing fresh air in from the top, and another to exhausting stale air out from the bottom. This top-to-bottom flow leverages natural convection for efficient mixing. The balanced intake and exhaust rates ensure that no negative or positive pressure is formed inside the cabin. Neutral pressure is vital for maintaining the integrity of acoustic seals and preventing discomfort. By managing this balanced airflow and utilizing the enclosure's insulation, the system precisely controls the thermal environment, ensuring the temperature difference between the cabin and the external space environment does not exceed 2 degrees Celsius, preventing heat buildup and ensuring consistent comfort.

                       

6. Lighting system: Supports operation through automatic sensing or manual control. The light source complies with visual health standards and uses 4500K natural light color temperature LED lighting.

The visual environment is optimized for well-being and convenience. The lighting system offers user flexibility as it supports operation through automatic sensing (typically via a motion sensor for hands-free, energy-efficient use) or manual control for personalized adjustment. The quality of the light source is defined by two key attributes. First, it complies with visual health standards, meaning it is designed to minimize flicker and harmful spectral components that cause eye strain. Second, it uses 4500K natural light color temperature LED lighting. This specific color temperature emits a neutral white light that closely mimics natural daylight, promoting alertness and visual comfort during extended periods of use, thereby completing the engineered interior environment.

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