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Container and Brick Houses
Admin September 16, 2026
Container and brick houses exhibit significant differences in multiple aspects, each with its unique advantages and limitations.

Construction Method and Duration
- Container Houses: Utilize modular design, with most processes such as the main structure, interior and exterior wall decoration, and pipeline embedding completed in the factory. On-site work only requires lifting and joint treatment, resulting in a short construction period. A single container can be constructed in just 10 to 20 days, while combined buildings take only 20 to 40 days.
- Brick Houses: Rely on on-site wet construction, with processes including scaffolding erection, wall building, plastering, and decoration carried out sequentially. They are significantly affected by natural conditions, with construction periods ranging from 190 to 300 days.
Cost and Economy
- Container Houses: Have lower costs compared to traditional brick-and-mortar houses, office rentals, and storefront rentals, saving more than half or even more. For example, a 100㎡ container office costs only tens of thousands of yuan and can be reused; a 15㎡ customized and decorated container storefront costs between 30,000 and 50,000 yuan and can be placed anywhere, reducing entrepreneurial risks.
- Brick Houses: Have high construction costs, and traditional athlete village plans may be abandoned due to excessive costs, especially considering post-event facility utilization.
Environmental Protection and Sustainability
- Container Houses: Use recyclable materials, are low-carbon and environmentally friendly, and align with green building trends. They do not generate construction waste during relocation, truly achieving environmental protection.
- Brick Houses: Are relatively weaker in environmental protection, with traditional construction site material losses ranging from 8% to 12%, higher than the 3% to 5% for container houses.
Living Experience and Comfort
- Container Houses: Enhance comfort through thermal performance compensation mechanisms, such as using a three-layer structure (outer galvanized sheet, middle rock wool, inner PVC-coated steel sheet) to reduce temperature fluctuations. However, attention must be paid to the airtightness of door and window seals and joints. The spatial functional division logic differs from traditional residences, requiring reasonable planning for item storage.
- Brick Houses: May better conform to traditional living habits in terms of insulation performance and spatial layout, but specific comfort levels also depend on design and decoration quality.
Flexibility and Relocatability
- Container Houses: Are highly flexible and can be relocated as a whole without complex civil engineering, suitable for needs that frequently change locations.
- Brick Houses: Are relatively fixed, with high relocation costs and difficulties.




