Packaging Container House Modular Prefabricated Housing

Technical Specifications

Key Features & Benefits

• Bolt connection assembly eliminates welding on-site, enabling rapid deployment and disassembly by small crews without specialized equipment — directly reducing mobilization time and labor cost for EPC contractors.
• Horizontal combination allows multiple units to be joined into larger floor-plate configurations without structural modification, giving site managers flexible layout scalability across project phases.
• Two- or three-layer stacking maximizes occupancy density per square meter of ground footprint, a critical advantage on constrained construction or camp sites where land area is limited.
• Waterproof structure with 360-degree bite and organized drainage eliminates standing water infiltration at joints and panel seams, mitigating structural degradation risk in tropical, monsoon, and high-rainfall environments.
• Fire resistance A Grade satisfies the most stringent non-combustibility requirements, reducing insurance liability and enabling use in proximity to fuel storage, generators, and high-occupancy dormitory configurations.
• Wind resistance 0.60 kN/m² provides structural survivability in moderate-to-high wind zones, reducing the need for supplementary anchoring systems on exposed sites.
• Thermal insulation at λ=0.048 W/m·K delivers effective thermal envelope performance, reducing HVAC load and operating costs in both hot and cold climate deployments.
• Sound insulation >30 dB provides habitability-grade acoustic separation between units — essential for multi-occupancy dormitory and office stacking configurations.
• Dual flooring options (Cement fiber board / Glass magnesium board) allow procurement teams to select substrate based on load exposure, moisture environment, and maintenance budget without changing the structural system.
• Dual fenestration and door material options allow specification matching to corrosion environment, security requirement, and local building code without redesign of the module envelope.

Applications

Temporary Site Offices: The Packaging Container House deploys as a fully enclosed, insulated temporary office facility for EPC project management teams, with horizontal combination enabling multi-room layouts suited to document control, engineering review, and client meeting functions.

Worker Dormitories: Two- or three-layer stacking of modular housing units creates high-density worker accommodation camps with individual acoustic separation exceeding 30 dB, meeting habitability standards for long-duration site personnel.

Site Housing / Site Camp Environments: As a prefabricated housing system with bolt connection and 360-degree waterproof bite, the unit deploys as a relocatable site camp structure in remote, off-grid, or environmentally demanding locations — including mining, oil and gas, infrastructure, and disaster-response scenarios.

FAQ

Q1: What are the structural configuration options for vertical and horizontal expansion?
The Packaging Container House supports two- or three-layer stacking for vertical expansion and horizontal combination for lateral expansion. Vertical stacking is engineering-rated to a maximum of three layers; structural review is required before exceeding this configuration. Horizontal combination connects units along shared wall planes without requiring structural modification to individual modules.

Q2: How does the bolt connection system work and what does it mean for installation speed?
All inter-module structural joints use a bolt connection method, which means no on-site welding, cutting, or hot-work permits are required. Modules are aligned and bolted at pre-fabricated connection points, enabling a small crew to assemble or disassemble a multi-unit configuration in a fraction of the time required by cast-in-place or welded systems.

Q3: What are the confirmed load-bearing capacities for site planning purposes?
The Packaging Container House is rated at a ground live load of 2.0 kN/m² and a roof live load of 1.0 kN/m². The roof structure is certified to roof load 8 Grade. These parameters govern allowable personnel density, equipment placement on floors, and snow or equipment load on roofs during site planning.

Q4: What door and window material specifications are available?
Door options include galvanized door (cost-effective, corrosion-resistant in standard environments) and stainless steel door (enhanced corrosion resistance for coastal, high-humidity, or security-critical deployments). Window options include plastic steel window (thermally broken frame, standard glazing applications) and aluminum alloy window (lightweight, corrosion-resistant, suited to coastal and premium-finish specifications). All configurations are factory-fitted within the module envelope.