Steel Sheet Designed High Rise Prefab House Building

1. Design and Prefabrication Stage

Modular Design

• Based on building functions (such as residential layouts, floor heights, and load requirements), the overall structure is divided into steel plate precast modules (e.g., walls, floor slabs, stairs, balconies). Each module undergoes refined processing in the factory.
• BIM (Building Information Modeling) technology optimizes component dimensions and connection nodes to ensure on-site assembly precision.
• Corresponding Image: A BIM 3D model of a high-rise residential building, showing exploded views of steel plate modules (e.g., wall modules, floor modules).

Steel Plate Component Production

• Steel Plate Processing: High-strength steel plates (e.g., Q345, Q235) are cut, welded, and drilled to form basic components like beams, columns, and floor slabs.
• Modular Assembly: Steel components are combined into complete prefabricated units (e.g., standard floor modules, kitchen-bathroom modules) in the factory, with simultaneous embedding of pipelines, insulation layers, and wall finishes to reduce on-site construction work.
• Quality Inspection: Prefabricated modules undergo mechanical performance tests (e.g., load-bearing capacity, seismic resistance) and waterproof/fireproof inspections to meet building standards.
• Corresponding Image: A factory production line showing steel plates being welded into wall modules, with workers installing insulation and pipelines.
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2. On-Site Construction Stage

Foundation Construction

• Traditional concrete foundations (e.g., pile foundations, raft foundations) are first completed to provide stable support for the prefabricated structure.
• Corresponding Image: A construction site with completed concrete pile foundations, ready for module installation.

Modular Hoisting and Assembly

• Prefabricated steel modules are hoisted into position using cranes and fixed via bolted connections, welding, or embedded anchors to form the overall framework.
• Typical process: Layer-by-layer hoisting of floor and wall modules → Reinforcement of connection nodes → Installation of vertical transportation systems (stairs, elevators) → Completion of module assembly floor by floor.
• Corresponding Image: A crane hoisting a steel wall module onto a high-rise frame, with workers securing bolted connections.
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Pipeline and Equipment Installation

• Utilizing pre 预留 (pre-bored) pipeline holes in modules, water, electricity, gas, and ventilation systems are quickly connected, reducing on-site trenching and pipeline laying time.
• Corresponding Image: A close-up of a module’s interior showing pre-installed electrical conduits and water pipes.

Enclosure and Finishing Works

• Exterior wall panels (e.g., steel plate composite insulation panels, glass curtain walls) are installed, followed by roof waterproofing and insulation.
• Interior wall and floor finishes can be pre-completed in modules (e.g., integrated ceilings, floor tiling) or quickly assembled on-site with ready-made materials (e.g., prefabricated tiles, paint).
• Corresponding Image: A nearly completed high-rise building with exterior steel composite panels and glass windows installed.

3. Advantages and Features

• High Efficiency: Factory production of modules shortens on-site construction time by 30%–50% compared to traditional buildings, especially suitable for standardized construction of high-rise residences.
• Flexible Layout: Lightweight steel structures with large spans allow flexible interior space division to accommodate diverse housing designs.
• Green and Environmentally Friendly: Reduces on-site wet construction and construction waste; steel materials are recyclable, aligning with low-carbon building concepts.
• Safe and Reliable: High-strength steel components with excellent seismic performance (typically resisting magnitude 7–8 earthquakes), with factory production ensuring quality control.

Application Scenarios

1. "Steel plate prefabricated building modules factory production"
2. "High-rise prefabricated residential construction site crane hoisting"
3. "BIM model steel structure high-rise residential"
4. "Steel composite wall panel installation high-rise building"

  Service

1. Pre-Sales Service: Requirement Diagnosis and Solution Customization, Cost Estimation and Quotation

2. In-Sales Service: Performance Assurance and Process Control (Production Progress, Logistics & Customs Clearance, Quality Control)

3. After-Sales Service: Installation Training, Warranty and Maintenance

Upon signing the contract, we will provide you with detailed construction drawings and installation drawings. If required, we can also dispatch our engineers to assist with the installation process on-site.