Suiyang Container House Assembly

The assembly of container houses in Suiyang should follow standardized procedures, incorporating modular design and professional installation techniques to ensure structural stability and functional integrity.

I. Assembly Process and Key Steps

The assembly of container houses typically involves five stages: site preparation, foundation installation, wall assembly, roof installation, and interior finishing.

1. Site Preparation: The ground must be leveled and compacted to ensure that the foundation bearing capacity meets design requirements (e.g., wind load resistance of 0.55 kN/㎡ and snow load resistance of 0.3 kN/㎡), preventing structural deformation due to foundation settlement.
2. Foundation Installation: Galvanized formed parts or concrete foundations are used to secure the container base (e.g., 5360×220×3mm + 3000×100×3mm galvanized parts), ensuring a levelness error of ≤5mm to provide stable support for subsequent assembly.
3. Wall and Roof Assembly: A-grade fire-resistant rock wool color-steel sandwich panels (with an oxygen index of the core material ≥32) are used to assemble the walls, achieving sealing and waterproofing through V-shaped male-female interlocking designs or bolt connections. The roof is equipped with photovoltaic panel interfaces (for products like guesthouses and hotels) or conventional waterproof layers, with slope designs meeting drainage requirements.
4. Interior Finishing: The floor is laid with 16mm-thick calcium silicate boards, integrating water and electricity lines (e.g., standard guesthouses can be occupied once water and electricity are connected). Doors, windows, and insulation layers are installed to ensure居住 comfort (residential comfort).

II. Technical Standards and Material Requirements

1. Structural Safety: The container frame must be made of hot-dip galvanized light steel frames or 304 stainless steel frames, with floor loads designed for 150-200 kg/㎡ and seismic resistance up to Magnitude 7, adapting to various geological conditions.
2. Fire and Moisture Resistance: Wall and roof materials must comply with the GB/T23932-2009 standard, with a thermal conductivity of ≤0.042 W/(m·K), effectively blocking heat transfer and fire spread.
3. Modular Design: Supports standardized module combinations (e.g., 1K = 1820mm), enabling rapid hoisting and relocation. The overall transportation cost of a single guesthouse unit is reduced by over 30% compared to traditional buildings.

III. Professional Installation and After-Sales Service

1. Team Qualifications: Implementation must be carried out by enterprises holding a Grade III steel structure construction qualification and a construction engineering construction permit (e.g., Sichuan Huayi Rongpeng Steel Structure Housing Manufacturing Co., Ltd.) to ensure compliance with regulations.
2. BIM Technology Application: Through detailed design models, part, component, and material information is integrated to achieve visual project management and reduce construction errors.
3. After-Sales Support: 24-hour online customer service and regular maintenance services are provided, covering structural inspections, waterproofing repairs, and part replacements, extending the service life of the house (up to 20-50 years).

IV. Application Scenarios and Customization Needs

Container houses are widely used in guesthouses, commercial buildings, and temporary facilities, supporting non-standard and customized designs (e.g., Chinese-style multi-functional boxes with screens) to meet personalized space requirements. For example, a two-story villa container guesthouse achieves multi-level functional zoning through modular stacking, combining residential and landscape values.