Recently, at the construction site of the Yongjiang Bridge, XCMG's super-large tower crane XGT3000-120S waved its iron arm to steadily lift 67 tons of steel bars and install them accurately. XCMG helped speed up the construction of this world-class cross-river bridge.

The Phase III project of the Ningbo section of the Hangzhou-Ningbo Expressway is an important part of the Hangzhou-Ningbo Expressway double-track of China's expressways and an important channel for the collection and distribution of Ningbo Zhoushan Port. As a key control project of the project, the Yongjiang Bridge is 1,730 meters long and is currently the world's largest span asymmetric three-tower cable-stayed bridge. It is designed with a large-angle diamond-shaped tower body.

This project selected one XCMG XGT3000-120S and two XGT3000-100S tower cranes to undertake the construction of the main tower of the bridge.

In recent years, with full performance and excellent quality, a series of super-large tower cranes such as XCMG XGT3100-160S, XGT8300-320S, and XGT15000-600S have become the main force in the construction of major super bridge projects.

With large independent height, less attachment, and large overhang height, the XCMG XGT3000 tower crane participating in this construction has large lifting power, strong power, and high operating efficiency. At the same time, H-shaped steel bar sheet-type sections are used, which have strong bearing capacity and good anti-corrosion performance, and are highly matched with the complete set and intelligent construction of the bridge "assembly line" production.

"This hoisting is also the most hoisted steel bar in the project construction, with the largest number of hoisted steel bars, the largest hoisted steel bar volume, the heaviest hoisting weight, and the highest technical difficulty.

XCMG equipment easily handles this "high difficulty coefficient" task, with tight connection and one-stop completion, and amazing strength." Project personnel highly praised the performance of XCMG's super-large tower.