Ⅰ. Product Overview

Ⅱ. Product Advantages

1. Low Energy Consumption in Production, Reducing Carbon Emissions at Source
   
   
   Steel structure production adopts an industrial assembly line operation mode. Compared with the high-energy-consumption mode of concrete structures, which requires massive sand and gravel mining and high-temperature cement calcination, the unit energy consumption of steel production is only about 50% of that of concrete production.

2. Low Pollution in Construction, Achieving Green Building
   
   
   Steel structures adopt the construction mode of "factory prefabrication + on-site assembly". No large-scale wet operations such as pouring and curing are required on-site, which effectively reduces dust, noise and sewage pollution during the construction process.

3. High Recyclability in Usage and Demolition, Enhancing Resource Value
   
   
   Steel features 100% recyclability. After a steel structure building is demolished, the steel components can be reprocessed and put into use again, with the recycling value accounting for more than 70% of the original material cost. This avoids the problem of massive construction waste accumulation after the demolition of traditional buildings.

Ⅲ. Technological Upgrades

1. Material Technology Innovation: Dual Improvement in Strength and Weather Resistance
   
   
   The new-generation steel structures adopt high-strength steel grades such as Q355B, Q460 and Q690. Their tensile strength is increased by 40%–80% compared with traditional steel. For the same load-bearing requirements, the cross-sectional dimensions of components can be reduced by 20%–30%, which significantly lowers the building’s self-weight and cuts down foundation construction costs.

2. Digital Design Technology: Accurate Demand Matching
   
   
   Relying on BIM (Building Information Modeling) technology, the full-process digitization of steel structure design is realized. The design team can visually present the details of building structures through 3D modeling, accurately calculate the impacts of wind loads, snow loads, seismic loads and other forces on the structure, optimize component layout and connection methods, and avoid design deviations.

3. Modular Installation Technology: Enhancing Construction Efficiency
   
   
   An innovative modular installation technology is adopted, where steel columns, steel beams, roofing systems and other components are pre-assembled into standardized modules and quickly spliced on-site by professional hoisting equipment. Modular installation not only improves installation precision (with an error margin ≤ 1mm), but also greatly shortens the construction period.

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