Foldable Container House from China | Fast Assembly & Cost-Effective Solutions by Top Suppliers and Factory
| Category | Component | Technical Details & Material Specifications |
|---|---|---|
| Structure | Main Frame |
High-strength Q235B Galvanized Steel Hot-dip Treated
|
| Main Beam |
80 × 100 × 2.5 mm Galvanized Square Tube
|
|
| Vertical Column |
150 × 150 × 2.0 mm Galvanized Square Tube
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| Sub-frame |
40 × 60 × 2.5 mm Galvanized Square Tube
|
|
| Hardware |
4mm Galvanized Lifting Lugs & Reinforced Industrial Hinges
|
|
| Insulation | Exterior Walls |
75mm Sandwich Panel Dual-sided 0.426mm
|
| Roof & Partitions |
50mm Sandwich Panel Dual-sided 0.426mm
|
|
| Core Density |
Standard high-performance insulation: 40kg/m³
|
|
| Internal Wall |
15mm Decorative Metal Sheet + 9mm Anti-collision Strips
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|
| Flooring | Main Floor |
15mm Cement Fiber Board Fireproof & Moisture-resistant
|
| Lateral Floor |
18mm Industrial Grade Construction Form-work
|
|
| Electrical | System Switch |
High-standard 2P 63A Main Circuit Breaker
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| Lighting |
6× High-efficiency Three-proof LED Ceiling Lights
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| Compliance |
Sockets and wiring customizable to UL / CE / SAA standards
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| ✦ Bespoke Customization Solutions ✦ | ||
| Layout Custom |
100% Flexible Layout: Our engineering team can modify internal partitions, door positions, and window placements based on your specific floor plans and drawings.
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| Dimensions |
Adjustable Sizes: Beyond standard 20ft/40ft models, custom lengths, widths, and heights are available to match your project requirements.
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| Surface Finish |
Optional Aesthetics: Multiple exterior colors (RAL System) and textures (Wood Grain, Marble, or Industrial Metal) are available.
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Frequently Asked Questions
Q1
What steel material is used for the main frame, and why is it hot-dip galvanized?
The main frame is constructed from high-strength Q235B steel and treated through a hot-dip galvanizing process. This treatment applies a uniform zinc coating across the entire surface — including edges, welds, and recesses — providing superior corrosion resistance compared to standard spray or electroplated coatings. It significantly extends the structural lifespan, especially in humid or coastal environments.
Q2
What is the difference between the 75mm and 50mm sandwich panels, and where are they used?
The 75mm sandwich panel is used for exterior walls, providing enhanced thermal insulation and weather resistance due to its greater thickness. The 50mm panel is used for the roof and interior partitions, offering a balance between insulation performance and structural weight. Both panels feature dual-sided 0.426mm color-coated steel facings, ensuring durability and a clean finish.
Q3
Can the electrical system be customized to comply with different international standards?
Yes. All sockets, wiring configurations, and electrical components can be tailored to meet UL (United States), CE (Europe), or SAA (Australia) certification standards. This ensures the modular building is fully compliant and safe for use in your target market without requiring additional on-site electrical modifications.
Q4
Is it possible to customize the layout, dimensions, and appearance of the modular building?
Absolutely. The engineering team offers 100% flexible layout customization, allowing modifications to internal partitions, door and window placements based on your drawings. Dimensions are adjustable beyond standard 20ft/40ft configurations, and exterior finishes can be selected from the full RAL color system or special textures such as Wood Grain, Marble, or Industrial Metal.
Q5
What flooring materials are used, and are they suitable for commercial or industrial use?
The main floor uses 15mm Cement Fiber Board, which is both fireproof and moisture-resistant — making it well-suited for a wide range of commercial, residential, and light industrial applications. The lateral floor uses 18mm Industrial Grade Construction Form-work, providing high load-bearing capacity and structural stability for demanding environments.
Q6
What is the insulation core density, and how does it affect performance?
The insulation core uses a standard high-performance material at a density of 40kg/m³. This density strikes the optimal balance between thermal efficiency and structural integrity. Higher-density cores provide better sound attenuation and fire resistance, making the building suitable for climates with extreme temperatures or for applications requiring enhanced acoustic insulation.