Modern Detachable Soundproof Aluminum Frame Meeting Pod for 2-3 People

Description

This product represents a holistic integration of multiple advanced systems working in harmony to create an optimal acoustic environment. Its design philosophy transcends the simple aggregation of features, embodying instead a unified engineering discipline where every subsystem is co-developed to complement and reinforce the others. The outcome is not merely a product with good specifications, but a seamlessly functioning habitat where structural integrity enables acoustic purity, where environmental control sustains occupant comfort, and where thoughtful lighting completes the sensory experience. This harmony is deliberate, resulting from a design process that treats the enclosure as a single performance envelope, ensuring that advancements in one system do not create compromises in another. Consequently, the user experiences a cohesive, high-fidelity environment rather than a collection of isolated technical achievements.

                              

The structural foundation features a modular six-component design that enables remarkable 45-minute assembly, supported by a hybrid frame of 6063-T5 aluminum alloy and 1.2mm cold-rolled steel with premium powder coating finish. This foundation is the critical enabler of all subsequent performance. The modular six-component design is a masterpiece of design for manufacture and assembly (DFMA). By condensing the entire structure into six macro-modules—typically the roof, floor, two side walls, the front door assembly, and the rear glass panel assembly—the product achieves an unprecedented reduction in on-site complexity. Each module is a pre-integrated unit, arriving with all internal layers, seals, and wiring pre-installed in a controlled factory environment. This eliminates hundreds of field operations and the associated risk of error. The process thus enables remarkable 45-minute assembly by two technicians, fundamentally altering the cost and disruption profile of deploying a professional-grade acoustic space. Underpinning this modularity is the hybrid frame of 6063-T5 aluminum alloy and 1.2mm cold-rolled steel. The 6063-T5 aluminum provides the primary exoskeleton: it is lightweight, exceptionally strong for its weight, and possesses superior corrosion resistance and dimensional stability, which is crucial for maintaining the precision of the assembly over time. The 1.2mm cold-rolled steel is used strategically as exterior cladding and at load-bearing junctions, adding necessary mass for acoustics and formidable resistance to impact and deformation. This hybrid approach yields a chassis that is both easy to handle and immensely rigid. The entire metal structure is protected by a premium powder coating finish, applied electrostatically and thermally cured. This finish is far more durable than conventional paint, providing a hard, seamless shield against scratches, chemicals, and UV degradation, ensuring the structural foundation remains pristine and protected for its operational lifetime.

                     

The acoustic performance system employs a sophisticated multi-domain approach, combining absorption (E1 polyester fiber board), damping (cavity insulation materials), mass (steel panels), and sealing (EVA strips) to achieve 32±3 dB noise reduction. Acoustic excellence is engineered through a layered, physics-based strategy that attacks sound on all fronts. It is a sophisticated multi-domain approach because sound transmits via different mechanisms, each requiring a specific countermeasure. The first domain is absorption, handled by the E1 polyester fiber board that lines the interior. This porous material is excellent at capturing mid-to-high-frequency sound waves, converting their energy into minimal heat through friction, thereby reducing reverberation and echo within the cabin itself. The second domain is damping, addressed by the cavity insulation materials—typically dense, non-woven cotton or felt. These materials fill the wall cavity, serving to dampen structure-borne vibrations and provide additional broadband absorption, preventing sound energy from easily traveling through the wall assembly. The third domain is mass, provided by the steel panels of the outer shell. Following the mass law in acoustics, these dense, limp layers reflect a significant portion of incident sound energy, acting as the primary barrier to airborne noise transmission. The fourth and most critical domain is sealing, accomplished by EVA strips (Ethylene-Vinyl Acetate). These soft, resilient gaskets are compressed at every seam, panel joint, and door perimeter to create a hermetic, airtight seal. This eliminates flanking transmission, the leakage of sound through tiny gaps, which is the most common failure point in acoustic design. The synergistic combination of these four domains is what achieves the 32±3 dB noise reduction, a quantifiable performance metric that signifies a high degree of sound isolation, transforming a noisy ambient environment into a space of profound quiet suitable for concentration and confidential conversation.

                   

All acoustic components are engineered with comprehensive material certifications including waterproofing, zero emissions, flame retardancy, and chemical resistance. The performance of the acoustic system is guaranteed not only by its design but by the inherent properties of its materials. These comprehensive material certifications are a testament to product safety, durability, and responsibility. Waterproofing ensures the materials will not absorb moisture, preventing mold, mildew, and degradation of acoustic properties. Zero emissions (specifically zero VOC - Volatile Organic Compound) certification is crucial for indoor air quality, guaranteeing that the materials do not off-gas harmful substances into the sealed environment. Flame retardancy, meeting recognized standards such as UL94, provides a vital layer of passive fire safety, increasing the time available for safe egress in an emergency. Chemical resistance ensures the materials can be safely cleaned with standard agents without degrading. These certifications collectively ensure that the acoustic sanctuary is also a healthy, safe, and durable one.

                  

The transparency system utilizes 5+(1.14pvd)+5mm laminated safety glass that provides visual connection while enhancing both security and sound insulation. This component serves multiple integrated functions. The specification 5+(1.14pvd)+5mm denotes a laminated glass panel: two 5mm glass sheets permanently bonded to a 1.14mm thick polyvinyl butyral (PVB) interlayer. This construction provides visual connection, maintaining an open sightline to the outside world to prevent claustrophobia and maintain spatial awareness. Simultaneously, it enhances security; the PVB interlayer holds the glass together if shattered, preventing dangerous shards from falling and meeting stringent safety glazing codes. Furthermore, it enhances sound insulation; the viscous PVB layer acts as a constrained damping layer, and the composite mass of the dual glass panes provides better sound transmission loss than a single pane of equivalent thickness, contributing actively to the overall acoustic performance.

                      

The environmental control system implements a balanced dual-circulation ventilation approach with top intake and bottom exhaust, maintaining neutral pressure conditions and temperature stability within 2°C of external environments. Comfort and health in a sealed space depend on intelligent air management. The system employs a balanced dual-circulation ventilation approach. Two independent, low-noise fans work in tandem: one draws fresh air in from the top, while another exhausts stale air from the bottom. This design leverages natural convection (warm air rises) to promote gentle, whole-space air exchange without creating forceful drafts. The balance between intake and exhaust is key to maintaining neutral pressure conditions, which prevents stress on acoustic seals and avoids the physical discomfort of positive or negative pressure. Through this managed airflow and the enclosure's inherent insulation, the system achieves temperature stability within 2°C of external environments. This prevents heat buildup from occupants and equipment, ensuring the pod remains thermally comfortable without active cooling or heating, a common flaw in passive enclosures.

             

The illumination system delivers 4500K natural spectrum lighting with automatic sensing or manual control, designed according to visual health principles. The final layer addresses visual ergonomics. The system delivers 4500K natural spectrum lighting. This correlated color temperature provides a neutral white light that minimizes the harsh blue-light component associated with eye strain and circadian disruption. It is designed according to visual health principles, supporting focus and reducing fatigue during extended tasks. For convenience and efficiency, it offers automatic sensing (via motion sensor) for hands-free operation and manual control for user preference, completing the suite of user-centric features.

                  

These integrated systems work synergistically to create a complete, high-performance acoustic environment that excels in both functional performance and user experience. The ultimate value lies in this synergy. The structural system provides a stable, durable platform. The acoustic system utilizes this platform to deliver silence. The environmental system maintains comfort within that silence. The visual system provides clarity and ease. Each system presupposes and reinforces the others. This integration is what creates a complete, high-performance acoustic environment. It excels in functional performance through its quantifiable metrics: 45-minute assembly, 32 dB noise reduction, 2°C thermal stability. More importantly, it excels in user experience by delivering these performances within a cohesive, comfortable, and health-conscious space, making it an effective tool for productivity, focus, and well-being.

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