Latest Container House Introduction

Container houses are movable buildings formed through factory prefabrication and on-site rapid assembly using standardized containers or modular components. They have characteristics such as flexible deployment, environmental protection, energy conservation, and cost control, and are widely used in scenarios such as temporary living, office work, and cultural tourism.

I. Core Manufacturing Processes

The production of container houses is based on modular design, with core processes including:

1. Steel Structure Processing: Hot-dip galvanized cold-formed steel sections are welded to form frames, ensuring rust and corrosion resistance. Some manufacturers use fully automatic welding processes to enhance structural strength (e.g., the frame deformation of Suzhou Zhongnan Steel Structure Co., Ltd. is only 2mm, far below the national standard).
2. Wall and Roof Panel Compositing: Insulation materials such as rock wool, glass wool, or polyurethane are filled, and fire-resistant metal panels or calcium silicate boards are applied externally to form heat-insulating, fire-resistant, and soundproof enclosure structures.
3. System Pre-installation: The pre-embedding of doors, windows, electrical, and plumbing systems is completed in the factory to reduce on-site wet work.
4. Trial Assembly and Transportation: Modules are trial-assembled before leaving the factory to ensure component compatibility; after transportation to the site, rapid assembly is completed through lifting, with the assembly time for a single module controllable within a few hours.

II. Main Product Types

According to their structure and purpose, container houses can be classified into the following categories:

1. Packing-box Container Houses: These feature hot-dip galvanized frames paired with fire-resistant polyurethane sandwich panels, supporting independent use or multi-story stacking, and are commonly found in construction site dormitories and office areas.
2. Light Steel Keel Houses: These use cold-formed thin-walled light steel keels for load-bearing, with walls filled with insulation materials. The appearance and layout can be customized, making them suitable for homestays and scenic area supporting housing.
3. Functional Guard Booths and Supporting Houses: These have flexibly adjustable sizes, with internal layouts designed according to needs, and are used in scenarios such as security guard booths and environmental protection public toilets.
4. Creative Office Houses: These incorporate elements such as glass curtain walls and irregular structures to meet the needs of brand display and high-end temporary office work.
5. Apple Pods and Other New Types of Prefabricated Buildings: These optimize wind resistance and drainage performance through curved exteriors, integrate high-density insulation materials and ventilation designs, and are suitable for cultural tourism accommodation scenarios.

III. Performance Advantages and Application Scenarios

The core advantages of container houses lie in their movability, resource conservation, and rapid deployment:

• Structural Safety: The steel structure frames are calculated and reinforced to withstand strong winds of up to Level 12 or earthquakes (in compliance with the GB50011-2010 code).
• Environmental Protection and Energy Conservation: Recyclable steel and environmentally friendly sandwich panels are used to reduce construction waste; some products integrate photovoltaic panels for energy self-sufficiency.
• Cost Control: Factory prefabrication reduces on-site construction costs, and modular design supports repeated disassembly and assembly, making them suitable for short-term needs such as construction site temporary buildings and emergency housing.
• Scenario Expansion: From a single residential function to a composite function, such as forming community spaces through staggered assembly or integrating intelligent control modules to enhance independence.

IV. Selection Considerations

When selecting container houses, attention should be paid to:

• Manufacturer Qualifications: Verify the maturity of the steel structure processing technology, the fire rating of the wall panels, and project experience.
• Material Environmental Friendliness: Require the provision of structural calculation documents and material test reports to avoid inferior steel or harmful sandwich materials.
• Customization Capabilities: Assess whether they support the customization needs of irregular sizes and special functions (e.g., resistance to extreme climates).
• After-sales Service: Confirm the delivery cycle, installation guidance, and long-term maintenance support.