Integrated Hydraulic Climbing Formwork System

• Driving Mode: Intelligent hydraulic cylinder synchronous jacking system, stable operation with excellent synchronous precision, supporting single-point fine adjustment and integral linked climbing

• Main Structure Material: Thickened high-strength steel plates matched with national standard heavy-duty steel frames. Surfaces are treated with anti-corrosion coating or hot-dip galvanizing to withstand harsh outdoor environments and resist rust & deformation

• Working Platform: Multi-layer three-dimensional working platforms integrating steel bar installation, concrete pouring, wall maintenance and equipment inspection to realize layered streamlined construction

• Attached Load-bearing Method: Specially pre-embedded load-bearing components combined with guide rail attached load-bearing structure for uniform load transfer and stable high-altitude mounting

• Applicable Structures: Super high-rise core tubes, bridge high piers, thin-walled piers, main tower cylinders, hyperbolic and variable cross-section special-shaped towering structures

• Climbing Control Mode: Integral synchronous climbing and sectional climbing are available. Climbing stroke is precisely controllable to adapt to diverse complex construction conditions

• Casting Quality: High-rigidity pressure-resistant steel formwork ensures flat and straight wall & pier surfaces with standard edges and contours, effectively avoiding slurry leakage and formwork staggering defects

1. Fully-automatic hydraulic drive cuts machinery and labor costs

Equipped with an intelligent hydraulic synchronous control system, it supports one-click start of integral climbing with fully automatic operation. Construction does not require long-term occupation of tower cranes, mobile cranes and other heavy lifting equipment, drastically reducing manpower for high-altitude assembly & disassembly and controlling expenses on machinery rental and labor.

2. Heavy-duty integrated steel structure guarantees casting quality for large-area construction

Constructed with heavy steel frames and thickened steel panels, it boasts strong resistance to concrete lateral pressure and deformation. During continuous large-area pouring, formwork expansion and displacement can be avoided. Tight splicing gaps minimize common quality defects such as slurry leakage and surface pitting, ensuring high forming precision of concrete components.

3. Multi-layer integrated working platforms shorten construction cycle via parallel multi-process operation

Multi-layer professional working platforms allow simultaneous steel bar binding, formwork adjustment, concrete pouring, wall maintenance and safety inspection. Multi-trade cross construction breaks the limits of sequential traditional construction and effectively shortens the overall construction period of vertical structures.

4. Fully enclosed protection system builds complete safety barriers for high-altitude work

The whole machine is equipped with enclosed protective barriers, anti-slip footboards, fall prevention devices and limit protection structures to form a comprehensive high-altitude protection system. It mitigates risks of falling objects and personnel falls, meeting safety acceptance standards for key projects including super high-rises and large bridges.

5. Highly customizable design adapts to various special-shaped challenging projects

Compatible with rectangular, circular, arc, hyperbolic, variable cross-section and other unconventional towering structures. Customized deep design is available for curved core tubes, special-shaped piers and gradient structures to suit various special complex engineering projects.

6. Durable steel structure enables repeated turnover with remarkable long-term economic benefits

Fabricated with heavy steel structure, the equipment features excellent impact resistance and wear resistance with long service life. It can be recycled across multiple projects with stable residual value. For clustered super high-rise projects and mass road & bridge towering structures, its long-term comprehensive construction cost is superior to traditional formwork systems.

· Integrated Hydraulic Climbing Formwork (For vertical towering structures)：Integrated steel formwork with self-climbing mechanism, featuring both concrete forming and climbing functions. Mainly used for pouring vertical structures with large height and high load requirements.

· Intelligent Attached Lifting Scaffold (For facade protection only)：Serves solely as safety protection carrier for external walls without concrete casting formwork. It only provides protection for workers conducting facade construction and takes no part in concrete forming.

· Aluminum Formwork (For standardized residential buildings)：Lightweight modular formwork system applied to standard layer pouring of floor slabs and shear walls of residential buildings, ideal for mass construction of commodity housing.

1.Road & Bridge Special Projects：Highway & high-speed railway bridge high piers, cable-stayed bridge main pylons, thin-walled piers, gradient piers and other large vertical structures.

2.Super High-rise Building Projects：Urban super high-rise landmarks, office building core tubes, vertical walls of large commercial complexes and prefabricated ultra-high main building structures.

3.Industrial Special Structures：Power plant chimneys, cooling towers, wind turbine towers, giant industrial towering structures and hyperbolic special-shaped buildings.