Hydraulic Self-Climbing Formwork System

· Driving Mode: Synchronous jacking by intelligent hydraulic cylinders, stable controllable constant speed with strong synchronism; supports single-point fine adjustment and integrated linkage climbing

• Main Structure Material: Thickened high-strength steel plates and national standard steel frames with anti-corrosion coating or hot-dip galvanized surface treatment, weather-resistant, durable and resistant to rust and deformation

• Working Platform Configuration: Multi-layer three-dimensional working platforms integrating functions of steel bar binding, concrete pouring, maintenance and inspection for phased full-process construction

• Attached Load-Bearing Mode: Pre-embedded special load-bearing parts plus guide rail attached load-bearing structure for uniform load transmission and stable & safe attachment at height

• Applicable Structure Types: Super high-rise core tubes, bridge high piers, thin-walled piers, main tower cylinders, hyperbolic and all kinds of special-shaped high-rise structures

• Climbing Control Mode: Supports integrated synchronous climbing and sectional zoned climbing with accurately controllable strokes, adapting to complex construction conditions

• Casting Forming Quality: High-rigidity pressure-resistant steel formwork design delivers vertical and neat walls & piers with standard sharp edges, free of mortar leakage and staggered joints

1. Fully Automatic Hydraulic Operation Cuts Labor & Mechanical Resources Dramatically

Equipped with an intelligent hydraulic synchronous control system, the equipment realizes one-click integrated climbing and fully automatic operation throughout construction. It eliminates dependence on tower cranes and truck-mounted cranes, greatly reduces machine shift occupation and manpower for high-altitude assembly & disassembly, and effectively lowers project machinery and labor costs.

2. Ultra-High Rigidity Steel Structure Ensures Deformation-Free Large-Area Casting with Zero Mortar Leakage

The integrated heavy steel frame matches thickened steel panels, delivering exceptional overall rigidity and lateral pressure resistance. Under high pressure from continuous large-area concrete pouring for tall walls and high piers, the formwork resists bulging, expansion and displacement. Precise joint fit fundamentally eliminates common quality defects such as mortar leakage, surface honeycombing and staggered joints, achieving ultra-high structural forming precision.

3. Multi-Layer Three-Dimensional Working Platform Boosts Efficiency via Multi-Process Cross Construction

The system integrates multi-functional layered platforms allowing simultaneous steel bar binding, formwork adjustment, concrete pouring, wall maintenance and safety inspection. Multi-trade three-dimensional cross construction breaks the limitation of single-process traditional construction and significantly shortens the overall construction period of vertical structures.

4. Fully Enclosed Three-Dimensional Protection Eliminates High-Altitude Hazards to High Standards

The complete machine is equipped with enclosed safety nets, anti-slip foot plates, fall arrest bottom brackets and limit protection structures to build an all-round safety barrier for high-altitude operations. It effectively prevents falling objects and personnel slips, with safety configurations fully complying with safety & civilized construction acceptance standards for key projects such as super high-rises and extra-large bridges.

5. Excellent Adaptability Supports Customized Solutions for Complex Special-Shaped Projects

Flexibly compatible with various unconventional high-rise structures including rectangular, circular, arc, hyperbolic and variable cross-section designs. One-on-one customized structural schemes are available for special-shaped bridge piers, curved core tubes and gradient structures to suit all key and difficult special engineering works.

6. Durable Steel Structure with High Reusability Delivers Outstanding Cost Performance for Large Projects

Constructed of heavy steel components, the full set of equipment features impact resistance, abrasion resistance and long service life. It can be recycled across multiple projects with stable residual value. For super high-rises, large bridge clusters and mass high-rise projects, it boasts far superior long-term comprehensive construction cost advantages over traditional formwork systems.

·  Hydraulic Climbing Formwork (Exclusive for Core Tubes & High Piers): An integrated heavy steel formwork system with built-in casting formworks and hydraulic climbing units. It is specially designed for forming vertical high-rise concrete structures, targeting tall, large and heavy vertical engineering works.

· Intelligent Attached Lifting Scaffold (Exclusive for External Wall Protection): Merely a safety protection working frame for building facades without concrete casting function. It only serves as external wall protection and personnel access, and does not participate in concrete forming.

· Aluminum Alloy Formwork (Exclusive for Main Structure of Residential Buildings)：A lightweight modular formwork system focused on standardized rapid pouring of beams, slabs, shear walls and conventional vertical structures of high-rise residential buildings, applicable to standard floors of mass commercial residential developments.

1.Special Road & Bridge Engineering: High piers of highway & high-speed railway bridges, cable-stayed bridge main towers, thin-walled piers, gradient piers and large vertical pier structures

2.Super High-Rise Building Construction: Urban super high-rise landmark buildings, office building core tubes, vertical tall walls of large commercial complexes and prefabricated super high-rise main building structures

3. Industrial Special Structures: Thermal power plant chimneys, cooling towers, wind turbine towers, giant vertical industrial high-rise structures and special hyperbolic construction projects