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Crane hooks are very critical components in lifting machinery, which are usually classified according to the materials used, manufacturing processes, uses, and other factors.

Metallurgical cranes are widely used in steel mills and are important machinery and equipment in the steelmaking process. Compared with ordinary bridge cranes, metallurgical cranes are characterized by a high-temperature operating environment, which poses a high challenge to the operators and the safety management of the equipment.

Casting crane, for lifting molten iron, molten steel, molten copper, molten aluminum, etc., the main trolley lifts the hanging tank, and the auxiliary trolley is used for auxiliary operations such as flipping the hanging tank. The main trolley is hung with double hooks, which can be directly used for equipment hoisting work.

European-style electric hoist can be divided into two types: chain type and wire rope type, according to different types, their lifting parameters, working levels and use environment are also different.

With its small installation space, easy maintenance, reliability and low cost, cable reels have replaced conductor lines and become the mainstream solution in the field of mobile transmission (power, data and fluid media).

Hydraulic grapple is a kind of grapple with excellent performance, easy to use and high working efficiency.

The hook is a commonly used lifting device and is widely used in lifting machinery.

Lifting capacity:
The lifting capacity of the electric wire rope hoist ranges from 2 tons to 50 tons

The utilization of a gantry crane represents the deployment of substantial mechanical apparatus for hoisting and transporting heavy loads. Owing to its robust structure, adaptable operation, and formidable lifting capacity, this equipment has found extensive application in industrial and construction domains. This article aims to provide a comprehensive overview of the operational aspects of gantry cranes, with the objective of facilitating correct usage and ensuring safety.

It is conceptually different from the traditional European cranes. It is widely used in various industries due to its small footprint, overall dexterity, low failure rate, easy maintenance, safe operation, advanced technology, maintenance-free, and high work continuity.

Cranes are classified according to their structure

Generally, lifting equipment can be divided into four main categories: light small lifting equipment, bridge-type lifting machinery, jib-type cranes, and cable cranes.

The development history of cranes can be traced back to ancient civilizations. The earliest cranes can be traced back to ancient Egypt, where they used simple rope and pulley systems for construction and transportation work. The ancient Greeks also used similar techniques for construction and sculpting. With the rise of the Roman Empire, they further improved crane technology, employing more complex pulley systems and ropes to tackle larger construction projects.