Intelligent Jacking Building Equipment for Super High-rise Giant Core Tubes

1. Long-span heavy-load steel truss integrated main bearing working platform (core load-bearing carrier)

2. Multi-point distributed high-tonnage hydraulic synchronous jacking driving assembly

3. Complete custom steel formwork system for super high-rise giant core tubes

4. Integrated structural system consisting of wall-attached anchorage, vertical rigid supports and graded load unloading devices

5. Multi-layer hierarchical working brackets + fully-covered enclosed high-altitude safety enclosure system

6. Intelligent centralized electric control system, real-time stress collection, tilt limit management and intelligent safety early warning assembly

7. Integrated material storage platform, supporting facilities for concrete curing and auxiliary small mechanized construction equipment

• Applicable Scenarios: 300m-level super high-rise landmark buildings, ultra-high urban commercial complexes, giant steel structure core tubes, national key infrastructure ultra-high projects

• Jacking Mode: Multi-point linked hydraulic synchronous lifting, supporting precise local single-point fine adjustment and balanced integral jacking with high operation stability and synchronization accuracy

• Load-bearing Performance: Integrated heavy truss structure with long-span design and high ultimate load capacity, meeting load requirements for simultaneous multi-trade construction over large areas

• Material Standard: National standard hot-rolled heavy section steel and thickened high-strength load-bearing steel plates. The whole machine adopts full-range anti-corrosion treatment to resist weathering erosion and wind-induced deformation at ultra-high altitudes

• Formwork Structure: Integrated design of platform, frame and formwork without scattered splicing components, delivering far superior integrity and stability compared with traditional split equipment

• Intelligent Control Configuration: Integrated centralized electric control with one-click start & stop, equipped with automatic travel limit, real-time visualized data monitoring, equipment fault self-inspection and power-off safety self-locking functions

• Construction Mode: Multi-layer three-dimensional working surfaces supporting parallel cross construction of steel bar binding, formwork adjustment, concrete pouring and wall curing

• Structural Adaptability: Compatible with various complex vertical structures of ultra-high core tubes, including rectangular, curved irregular, gradient tapering and giant extra-large cross-section structures

1. Ultra-high Rigid Heavy-load Structure Adaptable to Extreme Complex High-altitude Conditions

The whole machine adopts integrated welding technology for heavy trusses, featuring sufficient overall structural rigidity, excellent lateral pressure resistance and high wind resistance. It can withstand long-term impact of strong wind pressure and heavy construction loads at ultra-high altitudes without shaking or deformation. It eliminates potential structural safety hazards in ultra-high-rise construction from the physical level and fully meets strict construction specifications for landmark buildings.

2. Integrated Intelligent Climbing of Top-form Greatly Shortens Total Construction Period of Super High-rises

Abandoning inefficient traditional processes of segmented core tube construction and frequent tower crane transportation & assembly, the equipment adopts integrated design of formwork and platform for synchronous automatic climbing. After one-time assembly on the first floor, it can be recycled throughout the project, greatly simplifying construction procedures and eliminating idle waiting time. It is the core solution to accelerate progress, boost efficiency and improve quality for super high-rise landmark projects.

3. Fully Automated Mechanical Construction Greatly Reduces Risks of High-altitude Hazardous Work

Equipped with a fully automatic intelligent hydraulic jacking system, mechanical intelligent operation comprehensively replaces traditional manual high-altitude assembly, transportation and formwork adjustment. It drastically reduces outdoor high-altitude personnel operations, lowers risks such as falls and object strikes from the source, and satisfies special-grade safety management standards for national key ultra-high-rise projects.

4. Multi-layer Three-dimensional Parallel Construction Improves Efficiency via Simultaneous Operations

Scientifically layered three-dimensional working platforms enable independent operation for each construction trade without mutual interference, maximizing the utilization of vertical building space. Multiple construction procedures can be carried out simultaneously to enhance the continuity and smoothness of main structure construction, ensure on-time delivery of super high-rise projects and shorten the overall construction cycle.

5. Full-enclosed Intelligent Protection Supports the Establishment of Green & Smart Benchmark Construction Sites

Fitted with fully enclosed thick steel plate barriers, the equipment effectively blocks construction dust at height, reduces noise and completely eliminates risks of falling objects. The construction site remains neat without stacked scattered building materials, facilitating special acceptance of high-standard civilized construction, green construction and smart construction sites, and greatly upgrading the brand image of standardized construction for landmark projects.

6. Custom Steel Formwork Enables Precise Control of Concrete Structural Forming Quality

Supporting exclusive customized high-strength shaped steel formwork with tightly fitted joints and balanced overall bearing rigidity, the system can resist high lateral pressure generated by mass concrete pouring. After casting, walls achieve qualified verticality and flatness with neat edges and corners. It greatly reduces rework such as later grinding, repairing and leveling, enabling one-time forming to meet quality standards.

7. Full-range Intelligent Sensor Monitoring Ensures Controllable and Traceable Equipment Operation

The whole machine is equipped with multiple intelligent protection systems including high-precision stress sensing, dynamic tilt monitoring, synchronization deviation calibration, overload alarm and power-off self-locking. Real-time visualized collection of equipment operation data is available. Early warning and locking protection will be triggered automatically under abnormal working conditions, making equipment operation monitorable, traceable, predictable and controllable.

8. High Turnover Rate of Heavy Equipment Delivers Outstanding Cost Performance for Large-scale Projects

The heavy steel main structure is robust, durable with low wear and long service life, and can be reused cyclically across multiple buildings and projects. It is highly suitable for large construction enterprises, central and state-owned enterprises undertaking clustered landmark super high-rise projects, bringing lower long-term comprehensive construction costs and remarkable project economic benefits.

Mainly applied to super high-rise urban landmark buildings, ultra-high-grade office buildings, large urban commercial complexes, giant steel structure core tubes and ultra-high benchmark buildings in urban renewal;

Widely used in key infrastructure projects undertaken by central and state-owned enterprises, intelligent construction demonstration benchmark projects and main structure construction of national key ultra-high buildings. It serves as the core complete set of equipment for standardized, intelligent and safe construction of high-end super high-rise projects.