• Cross – section Design The octagonal boom cross – section design is widely adopted. It not only reduces the self – weight but also significantly improves the strength of the boom cylinder and its anti – extrusion stability.
• High – performance Operating Capacity It has a stronger lifting capacity and a wider lifting range.
• Intelligent Configuration There are rich optional configurations. Besides the standard configuration, customers can also choose functions such as remote – control operation, two – speed winch, moment – limit and overload protection, height limit, radiator, njll. These configurations can improve work efficiency and ensure that the lifting operation is safer and more reliable.
• Protection System There is pressure overload protection. Tests are carried out for different load ratios, with different alarm sounds. Standardized tests ensure that it can meet various harsh working conditions.

Le khasi Sany 18 I-Ton Truck Telescopic Crane represents a pinnacle of engineering prowess, tailored to meet the rigorous demands of heavy – lifting operations across multiple industries.

Robust Lifting Capacity

At the heart of this remarkable machine lies an 18 – ton lifting capacity, enabling it to handle substantial loads with ease. In construction projects, it can effortlessly hoist large – scale steel beams, pre – fabricated concrete elements, and other heavy construction materials. Whether it’s erecting a multi – story commercial building or building a large – scale industrial facility, the crane’s powerful lifting capabilities ensure that the project progresses smoothly. The advanced hydraulic system provides consistent and stable lifting force, even when operating at the maximum load limit, guaranteeing the safety and efficiency of the lifting process.

Flexible Telescopic Boom

The telescopic boom of the Sany 18 – ton crane is a marvel of engineering. It consists of multiple telescoping sections that can be extended and retracted precisely. This allows operators to reach various heights and distances as required by the job. Ngokwesibonelo, in bridge construction, the crane can reach across long spans to place bridge segments accurately. In the installation of large – scale power generation equipment, the telescopic boom can access different parts of the machinery for assembly. The smooth operation of the boom, controlled by advanced hydraulic technology, ensures that the crane can adapt to complex work scenarios.

Superior Mobility and Maneuverability

Mounted on a sturdy and well – designed truck chassis, this crane offers excellent mobility. It can be rapidly transported from one job site to another, reducing the time and cost associated with equipment relocation. The truck’s design also endows the crane with remarkable maneuverability. It can navigate through congested construction sites, narrow access roads, and tight work areas. This makes it highly suitable for projects in urban areas or sites with limited space, enhancing its overall utility and productivity.

Comprehensive Safety Measures

Safety is a top priority in the design of the Sany 18 – ton truck telescopic crane. It is equipped with a suite of safety features. Load – moment indicators continuously monitor the load and the crane’s working conditions, immediately alerting operators when the load approaches the limit to prevent overloading. Anti – two – block systems are installed to prevent the hook from colliding with the boom, a common cause of accidents. The outriggers are designed to provide maximum stability during lifting operations, and they can be adjusted according to the ground conditions. Ngaphezu kwalokho, the operator’s cab is ergonomically designed to reduce fatigue and provide a clear view of the work area, further enhancing safety.

Durability and Low Maintenance

Built with high – quality materials and advanced manufacturing techniques, the Sany 18 – ton crane is highly durable. Its components are engineered to withstand the harsh conditions of heavy – duty use, such as extreme temperatures, vibrations, and continuous operation. The robust construction reduces the frequency of breakdowns and maintenance requirements. This not only minimizes downtime but also cuts down on long – term operating costs, making it a cost – effective investment for businesses.