Super strong lifting capacity: a "power" that is difficult for land-based equipment to achieve
Tonnage breakthrough: Floating cranes have a lifting capacity of thousands of tons to tens of thousands of tons. For example, the "Zhenhua 30" can lift 12,000 tons of weight. It has completed the final joint lifting of the Hong Kong-Zhuhai-Macao Bridge Island Tunnel Project. It is competent for offshore lifting super-large components such as large platform modules, wind turbine towers, and ship sections.
Maritime mobility advantage: a "free dancer" that breaks through terrain restrictions
Full-scenario mobility on water: Relying on the floating body design, it can freely navigate on the water surface to the operation point, realize loading and unloading between shore and ship, ship and ship, and cross-regional operation, without being restricted by land roads and terrain.
360° flexible control: The crane boom supports full or half rotation and can be operated at multiple angles without repositioning, adapting to the precise lifting needs in complex sea conditions.
Multiple application scenarios: a versatile tool for marine engineering
Ports and logistics: Efficiently complete cargo loading and unloading between ships and terminals and improve port throughput efficiency;
Maritime rescue: quickly reach the accident site, salvage sunken ships, clear obstacles, and have both emergency rescue and pollution disposal capabilities;
Marine infrastructure: leading the core engineering operations such as installation of offshore oil platforms, erection of wind turbine towers, and hoisting of cross-sea bridge components.
Stable and safe design: "hardcore protection" against the marine environment.
Floating anti-wind and wave structure: Through large displacement design and special hull structure, it can maintain stable operation in wind and waves, and some models can withstand the impact of strong sea conditions;
Intelligent control system: Integrates millimeter-level precise positioning technology to monitor operating status in real-time and warn of risks such as overload and offset to ensure lifting safety.
Marine environment adaptability: "weather-resistant expert" for long-term operation
Anti-corrosion configuration: Structural parts are made of high-strength corrosion-resistant steel and anti-corrosion coating to cope with seawater salt spray erosion and extend the life of the equipment;
Continuous operation capability: Its special enhanced design allows it to operate stably in harsh environments such as high temperatures, high humidity, and strong wind, reducing losses caused by environmental downtime.
Efficient Operational Performance: Multi-tasking and Parallel "Fast Hands at Sea"
High-speed lifting cycle: The lifting, luffing, and slewing mechanisms have fast operation speeds, and a single operation takes a short time, which is suitable for emergency projects and high-frequency loading and unloading needs;
Multi-hook collaborative operation: Some models are equipped with multiple hooks or grabs, which can perform multiple tasks simultaneously, greatly increasing the amount of work per unit of time.
The floating crane has become an irreplaceable core equipment in marine engineering with its triple advantages of "mobility + huge arm force + precision force." It can be as stable as a rock in the stormy seas and complete the lifting of 10,000 tons with millimeter-level precision. It can be called the "mechanical giant arm" for human beings to conquer the ocean.
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