High Strength Designed Prefab Steel Structural Frame Warehouse Workshop Building

Product Description

Ⅰ. Core Product Advantages: Redefining the Value of Warehouse Workshops

1. High-Strength Structure: Safe and Durable

• Upgraded Material: Uses Q355B high-weather-resistant steel with a yield strength of 355MPa and tensile strength exceeding 470MPa. It can withstand wind loads up to grade 12 (wind speed ≥32.7m/s) and seismic fortification intensity up to magnitude 8, meeting the demands of harsh industrial environments.
• Structural Design: Full-welded frame + bolt-connected nodes. Force optimization through Finite Element Analysis (FEA) avoids stress concentration, with a service life of over 50 years—far exceeding traditional brick-concrete structures.

2. Prefabricated Construction: Ultra-Fast Delivery

• Factory Prefabrication: Main components (steel columns, beams, purlins, etc.) are standardized produced in factories with precision errors ≤2mm. On-site assembly only is required, reducing construction time by over 50% compared to traditional buildings.
• Flexible Assembly: Modular design supports rapid expansion. Spans (common spans: 12-36 meters) or floors (single/multi-story) can be flexibly increased according to future warehousing needs (e.g., new shelves, production lines).

3. Space Utilization and Functional Adaptability

• Large-Span Column-Free Design: Internal net height 可达 6-15 meters, accommodating large cranes (e.g., gantry cranes, overhead cranes). Cargo stacking height increases by 30%, maximizing warehousing efficiency.
• Multi-Functional Transformation: Standard ventilations, lighting, and fire protection systems. Can be upgraded to temperature/humidity-controlled warehouses, clean workshops, heavy processing workshops, etc., suitable for e-commerce logistics, machinery manufacturing, cold-chain warehousing, and other scenarios.

4. Cost Advantages: Cost-Saving Throughout the Lifecycle

• Low Initial Cost: Comprehensive construction cost is 20%-30% lower than traditional concrete structures, and no complex foundation treatment is required (suitable for light foundations).
• Low Maintenance Cost: Hot-dip galvanized steel surface for corrosion protection (zinc layer thickness ≥85μm), requiring no maintenance for 10 years. Demountable and recyclable, with a steel recovery rate of over 90% during demolition, reducing asset replacement costs.

5. Green Energy-Saving and Policy-Friendly

• Low-Carbon and Environmentally Friendly: Construction dust and noise pollution reduced by 70%, in line with the national "Double Carbon" goals. Recyclable steel reduces carbon emissions by 60% compared to traditional buildings.
• Policy Incentives: Many regions offer tax incentives or green approval channels for steel structure buildings, helping enterprises implement projects quickly.

Ⅱ. Target Customers and Application Scenarion

1.Modular Split Transportation for Reduced Logistics Costs

The structure can be disassembled into standardized components for transportation, achieving a volume compression rate of over 60%. This allows adaptation to 40-foot high cube containers (HC Containers) or bulk carrier shipping, significantly reducing international maritime transportation costs related to volume.

2. Standardized Components for Global Circulation

3. Efficient On-Site Assembly to Shorten Overseas Construction Cycles

4. Lightweight Design to Reduce Transportation Load

5. Flexible Adaptation to Complex Destination Environments

6. Compliance with Green Transportation and Circular Economy Trends