One-stop Steel Structure Products

One-stop Steel Structure Products

Ⅰ. Definition

Ⅱ. Core System Integration Service System

1. Pre-emptive Design and Planning System

• Project Survey and Demand Decomposition: A professional team conducts on-site surveys of working conditions (terrain, climate, surrounding environment) and in-depth decomposition of core project requirements (load-bearing capacity, span, construction period, budget, environmental protection requirements) to form accurate demand analysis reports.
• Structural Optimization and Scheme Design: Based on BIM digital technology, combined with engineering specifications and economic requirements, we carry out optimized structural scheme design, completing stress simulation, collision detection, and cost estimation; simultaneously, we synchronously plan product production standards, installation processes, and operation and maintenance schemes to ensure the implementability of the design scheme.
• Compliance and Risk Prediction: In accordance with engineering specifications of different industries (industrial, public, transportation, etc.), we complete compliance reviews of schemes in advance; predict potential technical difficulties and safety risks during construction, and formulate targeted response measures.

2. Customized Product Production System

• Precise Material Selection and Customization: According to design schemes and working condition requirements, we accurately select materials such as Q235-Q960 grade steel, weathering steel, and special steel, and customize material processing processes for special needs (high temperature resistance, corrosion resistance, earthquake resistance).
• Full-Process Digital Production: Adopting the "design data directly connected to production" model to avoid manual translation errors; through digital production lines such as CNC cutting, intelligent welding, and automated shot blasting derusting, we realize standardization and precision of component production, with processing accuracy error ≤ 1mm.
• Finished Product Inspection and Traceability Management: Each batch of products undergoes multiple inspections including material re-inspection, mechanical performance testing, and dimensional accuracy detection; a product traceability system is established, enabling full-link data traceability from raw material procurement to finished product delivery to ensure controllable quality.

3. Professional Installation and Commissioning System

• Refined Installation Planning: According to the project construction period and on-site conditions, we formulate detailed installation schedules, personnel allocation plans, and safety protection measures; complete installation equipment commissioning and on-site layout planning in advance to ensure the orderly progress of installation work.
• Standardized Installation Construction: The installation team strictly follows design specifications and installation processes, using professional installation equipment and tools to complete component assembly, connection fastening, precision calibration, and other work; technical supervisors are arranged to conduct on-site control at key nodes to ensure installation quality.
• System Commissioning and Acceptance: After installation, overall structural system commissioning is carried out, including stress testing, stability detection, and protection performance verification; detailed commissioning reports are issued to assist customers in completing project acceptance.

4. Full-Life-Cycle Operation and Maintenance Support System

• Regular Inspection and Maintenance: According to project requirements, we formulate quarterly/annual inspection plans; a professional team conducts on-site inspections of the status of steel structure components (corrosion, deformation, loose connections, etc.), and promptly carries out maintenance work such as anti-corrosion touch-up and fastening reinforcement.
• Emergency Fault Response: Establish a 24-hour emergency response mechanism; after receiving a fault report, quickly dispatch a technical team for on-site handling; provide emergency reinforcement and repair schemes for sudden situations such as natural disasters and accidental collisions.
• System Upgrade and Transformation: With changes in project requirements (capacity improvement, function expansion), we provide steel structure system upgrade and transformation services, including component reinforcement, space expansion, and protection system upgrade, to ensure the system always adapts to project requirements.

Ⅲ. Advantages

• More Precise Demand Adaptation

  
  

  The pre-emptive design and planning model combined with full-chain collaboration ensures that every link of the steel structure system—from design, production, and installation to operation and maintenance—accurately matches project requirements. This avoids issues such as "disconnection between design and reality, and inconsistency between products and installation," thereby improving the overall quality of the project.
  
  
• Significant Improvement in Project Efficiency

  
  

  The full-chain integrated service reduces the connection costs among design, procurement, installation, operation and maintenance, and eliminates buck-passing between links. Digital production and standardized installation further shorten the production and construction cycles, reducing the overall project cycle by more than 30% compared with traditional models.
  
  
• More Accurate Cost Control

  
  

  Pre-emptive cost estimation and design optimization can effectively avoid additional costs caused by rework and rectification in the later stage. Large-scale procurement and digital production reduce product manufacturing costs; long-term operation and maintenance support lowers the costs of later fault repair and replacement, achieving full-life-cycle cost control.
  
  
• Clearer Responsible Entity

  
  

  As a full-chain integrated service provider, we take responsibility for all links of the steel structure system, including design, production, installation, and operation and maintenance. This avoids the problem of "buck-passing among designers, manufacturers, and installers" in traditional models. Customers do not need to cooperate with multiple suppliers, resulting in a significant reduction in communication costs.

Ⅳ. Cooperation Invitation