0086-13780636866 / 0086-17806251160 lisa@qdxgz.cn 0086-13780636866
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Prefabricated Steel Structure Workshop Building Solution
Product introduction of steel structure workshop：
The project took seven months to complete successfully, 21 XGZ people did a great job there!
Professional technique solution and installation service got highly recognized from customers!
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Design stage solution
1.Modular design
•Three-dimensional modeling is carried out by using BIM (Building Information Modeling) to optimize details such as beam-column nodes and connectors, and reduce on-site welding volume.
•Standardize the dimensions of components and achieve factory prefabrication production (such as box columns and H-shaped steel beams), shortening the construction period by more than 30%.
2.Optimization for earthquake and wind resistance
•Seismic loads are simulated through finite element analysis (FEA), and buckling constraint bracing (BRB) or damper systems are designed.
•For high-rise buildings, a dual anti-lateral force system of core tube and outer frame is adopted, and the aerodynamic stability is verified by wind tunnel tests.
3.Fireproof and anti-corrosion design
•Fireproof coatings (such as intumescent coatings) should meet the fire resistance limit of 2 to 3 hours, and key parts should be wrapped with fireproof boards.
•Hot-dip galvanizing or spraying zinc-aluminum coating (≥80μm) is suitable for corrosive environments (such as coastal areas).
Prefabricated Steel Structure Workshop Building Solution
Product introduction of steel structure workshop：
The project took seven months to complete successfully, 21 XGZ people did a great job there!
Professional technique solution and installation service got highly recognized from customers!
| | |
Design stage solution
1.Modular design
•Three-dimensional modeling is carried out by using BIM (Building Information Modeling) to optimize details such as beam-column nodes and connectors, and reduce on-site welding volume.
•Standardize the dimensions of components and achieve factory prefabrication production (such as box columns and H-shaped steel beams), shortening the construction period by more than 30%.
2.Optimization for earthquake and wind resistance
•Seismic loads are simulated through finite element analysis (FEA), and buckling constraint bracing (BRB) or damper systems are designed.
•For high-rise buildings, a dual anti-lateral force system of core tube and outer frame is adopted, and the aerodynamic stability is verified by wind tunnel tests.
3.Fireproof and anti-corrosion design
•Fireproof coatings (such as intumescent coatings) should meet the fire resistance limit of 2 to 3 hours, and key parts should be wrapped with fireproof boards.
•Hot-dip galvanizing or spraying zinc-aluminum coating (≥80μm) is suitable for corrosive environments (such as coastal areas).
