Short Description:
The hydraulic Auto-Climbing System is an attached wall self climbing formwork, which is powered by its own hydraulic lifting system. The hydraulic system includes a hydraulic cylinder and an up and down directional box. The directional box can control the climbing of the guide rail and the frame. Through the hydraulic system, the formwork frame and the guide rail can form mutual climbing, so that the hydraulic self climbing formwork can steadily climb upwards. The hydraulic self climbing formwork does not require other lifting equipment during the construction process, is easy to operate, has a fast climbing speed, and a high safety factor. It can climb straight or diagonally, and is the preferred formwork system for high-rise building construction and bridge construction.
The hydraulic Auto-Climbing System can climb as a whole or as a unit, with a smooth, synchronized, and safe climbing process. After one assembly of the climbing formwork body, it remains on top until it does not fall to the ground, saving construction space and reducing damage to the formwork. It also provides a comprehensive operating platform, eliminating the need for construction units to waste materials and labor in rebuilding the operating platform, thus improving safety.
The hydraulic Auto-Climbing System structure has small construction errors, simple correction, and can eliminate construction errors layer by layer. The climbing speed is fast, which can improve the construction progress of the project (averaging 5 days per layer). The formwork self climbs and cleans in place, reducing the number of tower crane lifts.
The hydraulic Auto-Climbing System is divided into slant support structure and truss structure.
Addressing the shortcomings of traditional climbing molds, such as low automation and efficiency. Our company has developed a hydraulic climbing mold intelligent synchronization system to solve some of the shortcomings of traditional climbing molds.
Introduction: The hydraulic climbing mold intelligent synchronization system can achieve automatic displacement synchronization control during the climbing process, monitoring the climbing situation of each climbing mold position; During the hydraulic climbing process, the synchronization of the oil top at each position can be controlled within 5mm. Oil tops exceeding the set upper limit will immediately stop, while oil tops below the limit will continue to climb until all lifting positions are synchronized. This reduces the proficiency requirements for climbing workers, reduces the workload of personnel observation, and greatly improves the safety and effectiveness of climbing molds.
The intelligent synchronization system has a dedicated login system, and downloading the corresponding APP on the phone can also remotely monitor the dynamics of model crawling.
Our hydraulic climbing mold intelligent system has been maturely applied in multiple large-scale bridge projects in China and has received unanimous praise from various projects.
