Our professional team collaborates closely with clients to analyze project functional requirements, geographical characteristics (such as climate and geology), and regulatory standards (e.g., GB50017, the "Code for Design of Steel Structures"). Through site surveys, we gather essential data and produce a feasibility report, including structural safety and economic assessments, establishing the project's technical baseline.

Leveraging our "R&D-Design Integration" technology system, we utilize core technologies such as BIM modeling and finite element analysis, and reference the "Standard for Design of Steel Structures" (GB50017-2017) to develop multiple design options. Our design encompasses load calculations, seismic joint optimization, and corrosion prevention measures, resulting in customized construction drawings and 3D models that precisely meet functional and safety requirements.

Based on a detailed breakdown of materials (steel, fasteners, etc.), processing, construction, and supervision costs, we provide a transparent quotation reflecting current market prices. Using a parametric cost analysis model, we conduct cost sensitivity analysis for critical components (e.g., large-span truss fabrication) and offer cost-saving suggestions, such as material substitution or process improvement.

We utilize intelligent production lines for high-precision fabrication, including laser cutting, automatic welding, and CNC drilling. Adhering to ISO quality control standards, we perform 100% ultrasonic testing of welds (for Class 1 and 2 welds), ensuring component dimension tolerance within ±1mm. Surface treatment includes shot blasting to Sa2.5 grade, followed by salt spray testing to verify corrosion resistance, guaranteeing that component dimensions and performance meet design specifications.

We dispatch experienced engineers for on-site installation guidance, using construction simulation software (e.g., Tekla) to anticipate risks. For overseas projects, we provide remote technical support, including video guidance, local construction training, and multilingual technical documentation. Installation strictly adheres to the "Code for Acceptance of Steel Structure Engineering Construction Quality" (GB50205), using surveying instruments to control verticality (≤H/1000) and alignment deviation (≤5mm), ensuring successful project implementation globally.

We have established a "24-hour response, 48-hour resolution" system, providing comprehensive lifecycle services including regular inspections (such as quarterly structural health monitoring), non-destructive testing of welds, and corrosion prevention maintenance. We maintain customer records for long-term tracking, monitor structural conditions in real time using strain gauges and displacement sensors, and activate emergency response plans for any abnormalities. This creates a closed-loop value assurance system encompassing design, construction, and after-sales service, continuously improving customer satisfaction and the long-term reliability of the project.