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Bridge & Pier

Hydraulic Climbing Formwork

In the construction of tall structures such as bridge high piers, the hydraulic climbing formwork system enables the formwork and operation frames to climb synchronously as a whole. Different from traditional technologies, it requires no frequent coordination with tower cranes. Concrete pouring and steel bar binding can be carried out efficiently in a fully enclosed and safe environment. It is key equipment for modern super high-rise buildings and long-span engineering projects.

Integrated Self-climbing System for Tall Structures: Developed for high piers, building core tubes and giant special-shaped structures, it takes hydraulic cylinders as the core power source and integrates formwork, load-bearing frames and safety protection systems. The whole system lifts synchronously during operation, getting rid of the reliance of traditional scaffolds on large hoisting equipment. It is a core solution for accident-free and high-efficiency construction of super high-rise buildings and large bridge piers.

Fully Automatic Intelligent Climbing: Driven by hydraulic systems and operated with one key. It does not occupy tower crane and other core resources, reduces labor intensity, and runs stably during climbing.

High Rigidity & Anti-deformation: Heavy-duty steel frames and thickened large formwork effectively resist lateral pressure of concrete. It ensures high forming precision and avoids formwork expansion and slurry leakage, guaranteeing excellent structural appearance and internal quality.

Multi-layer Parallel Operation: The working platforms are divided into independent areas on different floors. Steel bar binding, concrete pouring and maintenance can be conducted simultaneously. It maximizes space utilization and shortens the construction cycle.

Fully Enclosed Safety Protection System: Integrated with anti-fall nets, anti-slip pedals and intelligent limit devices, it provides all-round protection for high-altitude workers, meeting strict safety construction standards.

Core Application Scenarios: Widely used for the construction of bridge high piers, main towers of cable-stayed bridges, core tubes of super high-rise buildings, chimneys, wind turbine towers and other tall & special-shaped concrete structures.

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