How does the steel structure grid cope with extreme climate and earthquake challenges?

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Faced with increasingly frequent extreme climate events, the safety and adaptability of building structures have become the focus of customer attention. Steel structure grids show excellent performance in earthquake and wind resistance, and are particularly suitable for earthquake zones and typhoon-prone areas.

1. Disaster resistance advantages of steel structure grids

Flexible nodes: can absorb and disperse external stress;

Strong integrity: high structural stability, with redundant design characteristics;

Strong rapid repair ability: easier to detect and replace parts after a disaster.

2. Typical application areas

Such as Southeast Asia, coastal areas of Africa, Saudi Arabia earthquake zone, etc., we have completed multiple disaster resistance design optimization projects. Such as the case of the logistics warehouse in Nairobi, Kenya.

🌍 At the same time, you can refer to the technical standards issued by the World Center for Disaster Resistance of Building Structures to obtain more authoritative technical references.

3. Design suggestions

Projects using grid structures can choose ball node structures and double-layer grid shells to improve overall resistance. You can consult our structural design service team for a free solution evaluation.


💬 Welcome to leave a message to discuss: Is your area facing the risk of wind disasters or earthquakes? We can customize a solution for you!

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