Heavy-duty Hydraulic Automatic Climbing Formwork

• Driving Mode: Intelligent hydraulic cylinder synchronous jacking system with stable lifting performance and favorable synchronization. Local single-point adjustment and integral synchronous climbing are supported

• Main Structure Material: Thickened high-strength steel plates and national standard heavy-duty steel frames treated with anti-corrosion coating or hot-dip galvanizing, featuring outstanding weather resistance and long-term anti-rust & anti-deformation performance

• Working Platform: Multi-layer three-dimensional working platforms covering steel bar construction, concrete pouring, structural maintenance and equipment inspection for layered streamlined operation

• Attached Load-bearing Method: Specially pre-embedded load-bearing parts matched with guide rail attached load-bearing structure for balanced force transmission 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 towering special-shaped structures

• Climbing Control Mode: Integral synchronous climbing and sectional climbing are optional with precisely adjustable strokes to cope with various complex construction conditions

• Casting Quality: High-rigidity pressure-resistant steel formwork delivers smooth piers and walls with regular lines and edges, effectively reducing slurry leakage and formwork staggering problems

1. Automated hydraulic climbing system lowers dependence on heavy lifting equipment

Equipped with intelligent hydraulic synchronous control system to realize one-click automatic climbing and full mechanized operation. It effectively cuts occupancy duration of tower cranes and other lifting equipment, reduces labor for high-altitude assembly & disassembly and helps projects control machinery rental and labor expenditure.

 2. Heavy rigid steel structure ensures quality of large-area concrete pouring

Heavy steel frames and thickened steel panels offer strong resistance to lateral pressure and deformation. Under continuous large-area pouring conditions, formwork expansion and displacement can be restrained. Well-sealed splicing gaps reduce slurry leakage and surface defects for stable forming quality of components.

 3. Multi-layer three-dimensional working platforms shorten construction period via synchronous multi-process operation

Multi-layer functional working platforms enable simultaneous steel bar work, formwork adjustment, concrete pouring, wall maintenance and safety inspection. Multi-trade cross construction breaks the restriction of sequential traditional working procedures and greatly shortens the construction cycle of vertical structures.

4. Fully enclosed protective structure controls various hidden dangers during high-altitude construction

The whole machine is fitted with enclosed protective barriers, anti-slip footboards, fall prevention bottom supports and limit protection devices to build a complete high-altitude safety protection system. It reduces risks of falling objects and personnel falls and meets acceptance requirements for safety and civilized construction of key projects such as super high-rises and large bridges. 

5. Strong customization capability to handle special-shaped complex engineering projects

It adapts to rectangular, circular, arc, hyperbolic, variable cross-section and other unconventional towering structures. One-on-one deepened solutions are available for curved core tubes, special-shaped piers and gradient structures to suit various challenging special projects.

6. Reusable heavy steel structure brings superior cost performance for large-scale projects

Manufactured with heavy steel, the equipment boasts strong wear and impact resistance and long service life. It can be recycled among multiple projects with stable residual value. For clustered super high-rises and mass road & bridge towering structures, its long-term comprehensive construction cost enjoys obvious advantages over traditional formwork systems.

· Heavy-duty Hydraulic Automatic Climbing Formwork (For towering vertical structures)：Integrated heavy steel climbing formwork system equipped with concrete casting formwork and climbing actuators, specially used for concrete pouring of large vertical towering structures.

· Intelligent Attached Lifting Scaffold (External wall protection equipment)：Only provides safety operation passages and protection for facades without  oncrete forming function, mainly used for external wall construction.

·Aluminum Formwork (For standardized main structure of residential buildings)：Lightweight modular formwork suitable for standardized construction of shear walls and floor slabs of high-rise residential buildings, mostly applied to standard layer construction of mass commodity housing.

1.Road & Bridge Infrastructure 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 Construction Projects：Urban super high-rise landmark buildings, 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.