Modular Container House Framework

The modular container house framework is typically constructed using containers or steel structures as basic units, featuring core characteristics such as standardization, rapid construction, and mobility.

Framework Structure Types

The framework of modular container houses mainly falls into two categories: container frameworks and steel structure frameworks.

1. Container Framework: This directly uses standard containers as the structural main body, transforming the container body (e.g., through cutting, welding, and adding doors and windows) to create living or functional spaces. Such frameworks retain the original strength and stacking capabilities of containers, making them suitable for quickly erecting temporary buildings or emergency housing.
2. Steel Structure Framework: This centers around a steel skeleton structure, forming a framework system by welding or bolting steel beams and columns, and then covering it with new energy-saving panels (e.g., rock wool sandwich panels, glass wool panels). Such frameworks offer greater flexibility, allowing adjustments to module sizes and layouts according to needs, and are commonly used for long-term modular buildings.

Core Characteristics

1. Rapid Construction: The framework adopts a factory prefabrication model, with container or steel structure modules completing main structure production on assembly lines. Only assembly and connection are required on-site, shortening the construction period by over 50% compared to traditional buildings. For example, the unit modules of Yazhi modular houses integrate walls, doors, windows, and pipelines in the factory, with on-site installation taking only a few hours to a few days.
2. Cost Controllability: Framework materials (e.g., containers and steel) can be purchased in bulk, and factory production reduces labor and material waste, resulting in comprehensive costs 20%-30% lower than those of traditional buildings. Additionally, modules can be repeatedly disassembled and reused, further reducing long-term costs.
3. Mobility: Container framework modules retain the stacking and transportation characteristics of containers, allowing for overall relocation via cranes or trucks; although steel structure framework modules are heavier, they can also achieve disassembly and relocation through standardized design.

Application Scenarios

The modular container house framework is widely applied in temporary buildings (e.g., construction site dormitories, exhibition venues), emergency rescue (e.g., post-disaster relief housing), commercial spaces (e.g., cafes, bookstores), and tourism facilities (e.g., homestays, campsite caravans), with its standardization and flexibility meeting the functional needs of different scenarios.