Project Basic Information:
Project Name: Phase II Rapid Expansion Project of the Emerging Electronics Industrial Park in Hanoi, Vietnam
Location: Suburbs of Hanoi, Vietnam
Application Scenario: Electronics processing workshops, temporary storage, office areas
Core Products: Flat-pack containers (main), quick-assembly containers (office areas)
Project Scale: Approximately 5,000 square meters of production and office space
Main Challenges:
Surge in Orders and Urgent Need for Capacity Expansion:
Required completion of new production workshops and storage facilities within 3 months to meet international order delivery demands.
Impact of Tropical Climate:
The local hot, rainy, and high-humidity environment necessitated ensuring ventilation, cooling, and moisture prevention in the workshops to comply with environmental requirements for electronics production and ensure employee comfort.
Balancing Cost and Time:
Traditional construction methods involved long cycles and high investment, coupled with a relative shortage of skilled local construction workers.
Future Uncertainty:
Rapid market changes required flexible investments, with buildings ideally being easy to dismantle, relocate, and reuse.
Solutions:
Hybrid “Flat-Pack + Quick-Assembly” Rapid Deployment Model:
Production Workshops and Warehouses:
Large-sized flat-pack containers were used. All components, including wall panels, roof trusses, doors, and windows, were prefabricated to high standards in the factory, packaged by unit, and transported to the site for bolt-fastened rapid assembly “like building blocks,” significantly reducing on-site wet work and construction waste.
Office Areas:
Quick-assembly container systems were employed to achieve larger-span column-free spaces suitable for open-plan office layouts.
Targeted Climate Adaptation Design:
Enhanced Ventilation: Numerous electric exhaust fans and air inlets were pre-installed on walls to create air convection. Ventilated insulation layers were added to roofs to reduce heat radiation.
Thermal Insulation and Moisture Prevention: Walls were equipped with 75mm thick rock wool insulation for effective heat isolation, while floors were treated for moisture prevention to protect electronic products and equipment.
Corrosion Resistance Treatment: Steel structures and components were galvanized or coated with high-performance anti-rust spray to withstand the high-humidity environment.
Flexible Layout and Future Planning:
All units adopted a modular design, allowing flexible layout based on production processes. Future relocation or modification could be achieved through rapid dismantling, with high material recyclability reducing long-term costs.
Product Details:
Structure: Light steel framework, robust and durable.
Wall Panels: Machine-made rock wool sandwich panels, Class A fire rating, providing thermal and acoustic insulation.
Roofing: Double-layer waterproof design with sloped roofs for efficient drainage.
Doors and Windows: Standard aluminum alloy sliding windows (with insect screens) and daylight panels to supplement indoor lighting.
Electrical Systems: Pre-embedded conduits, sockets, and switch interfaces for plug-and-play functionality.
Last updated: 2025-09-10