Twenty Thousand Container Houses

The manufacturing of twenty thousand container houses requires the integration of standardized processes, modular design, and large-scale production, while also taking into account factors such as material selection, production capacity, service scope, and post-maintenance.

I. Manufacturing Process and Core Technologies

Container house manufacturing typically employs standardized production lines, with core technologies including:

• Steel Structure Frame Welding: Using hot-dip galvanized cold-formed steel as the frame to ensure rust and corrosion resistance.
• Wall and Roof Panel Prefabrication: Utilizing rock wool, glass wool, or polyurethane sandwich panels, which provide both thermal insulation and fire resistance.
• Internal System Embedding: Pre-installing water and electricity pipelines, doors and windows, electrical systems, and water supply and drainage systems.
• Trial Assembly and On-Site Assembly: Conducting trial assembly before leaving the factory to ensure component compatibility; completing assembly on-site through module lifting and joining, significantly shortening the construction period.

II. Product Types and Suitable Scenarios

Common container house products include:

• Packing-Box Container Houses: Suitable for construction site dormitories, office areas, temporary meeting rooms, etc., and can be used independently or stacked in multiple layers.
• Light Steel Keel Houses: Ideal for self-built houses, homestays, and supporting housing in scenic areas, with flexible customization of appearance and layout.
• Functional Kiosks and Supporting Houses: Such as security kiosks, property kiosks, and environmental public toilets, with sizes and internal layouts adjustable according to needs.

III. Key Factors for Large-Scale Production

• Production Capacity: Assessing the manufacturer's maturity in steel structure processing technology, fire rating of wall panels, and customization capabilities for irregular sizes.
• Service Scope: Including project experience, quality control systems, and delivery cycles, which directly affect the product's service life and installation efficiency.
• Material Selection: Structural steel must have good rust and corrosion resistance, while wall and roof panels must meet basic requirements for thermal insulation, sound insulation, and fire resistance.

IV. Post-Maintenance Points

• Rust and Corrosion Prevention: During construction, cutting and welding edges should be polished and painted; annually inspect welds, corners, and other areas, and immediately address any rust spots found.
• Waterproof Sealing: Regularly replace sealants around doors and windows and at container joints; annually clean roof debris to prevent water accumulation.