Jiaxing Container House Design

Jiaxing container house design takes standard freight containers as the basic units, which are transformed to achieve specific functional architectural forms, featuring structural robustness, modularity, short construction periods, and environmental sustainability.

I. Core Design Features

1. Structural Robustness: Utilizing weathering steel as the core material, it offers high strength and corrosion resistance, enabling it to withstand harsh weather conditions and external impacts, ensuring long-term safety and stability of the building.
2. Modular Flexibility: Based on standard container sizes (such as 20-foot and 40-foot), they can be horizontally or vertically combined to form linear, L-shaped, double-story, or multi-story structures, adapting to various spatial requirements.
3. Construction Efficiency: The main structure is fabricated in the factory, including cutting, reinforcement, thermal insulation and waterproofing treatments, and basic decoration. On-site assembly and finishing are all that are needed, reducing the construction period by over 50% compared to traditional buildings.
4. Environmental Sustainability: Priority is given to the renovation of retired containers, reducing steel waste and aligning with the concept of resource recycling. Additionally, the construction process generates low levels of dust and noise pollution.

II. Standardized Design Process

1. Requirement Communication and Scheme Design: Based on the client's purpose of use (such as self-occupancy or studio), spatial requirements (number and size of containers), functional zoning (bedrooms, living rooms, etc.), and style preferences, designers provide preliminary schemes and floor plans, which are finalized after multiple rounds of communication and optimization.
2. Detailed Design and Material Preparation: Engineers conduct structural calculations to ensure the stability of the assembled units. They determine interior decoration materials (such as fireproof wall panels and moisture-proof flooring), door and window specifications, and water and electricity line layouts, generating detailed construction drawings and material lists.
3. Factory Production and Modular Construction: In the factory, container bodies are cut, windows and doors are opened, structures are reinforced, thermal insulation layers are filled, pipelines are pre-embedded, and basic decoration is completed. After module fabrication, they are transported to the site.
4. On-site Installation and Commissioning: The construction team handles the foundation (such as concrete pouring or pile foundation setting), hoists and assembles the container modules, connects water and electricity networks, completes interior detail decoration (such as lighting and sanitary fixture installation) and equipment commissioning, and finally cleans up for delivery.

III. Typical Application Scenarios

1. Creative Workspaces: In cultural and creative parks or rural areas, designers transform containers into independent studios, creating a focused atmosphere through lighting design and soft furnishings, with the industrial-style exterior serving as a brand identifier.
2. Leisure and Commercial Spaces: Around farms or scenic spots, containers are renovated into cafes, book bars, or tea rooms, with large glass windows introducing natural scenery, contrasting with the industrial-style exterior and attracting tourists for check-ins.
3. Home Functional Expansion: A single container can be transformed into a garden sunroom, private art studio, or reading nook, meeting diverse family needs with short construction periods and controllable costs.