In the construction process of modern shipyards, the lifting operation of heavy equipment such as engines has extremely high requirements for safety, accuracy, and efficiency. The Guanhang electric chain hoist, with its unique technical characteristics, has become an ideal choice for this critical process, bringing significant advantages to shipyard production in various aspects.

The electric chain hoist adopts high-strength alloy steel chains, which have stronger wear and impact resistance compared to traditional steel wire ropes, and are particularly suitable for long-term use in damp and salt spray environments in shipyards. Its built-in overload protection device and dual braking system effectively prevent overloading and accidental falls, providing safety protection for expensive heavy equipment.

The installation of the engine requires extremely high positioning accuracy. The ring chain electric hoist is equipped with a precision variable frequency control system, which can achieve millimeter level micro motion operation, smooth lifting and precise positioning, and avoid equipment collision damage. This feature greatly improves installation quality and work efficiency.

The working space in shipyards is often limited, and the compact structure of the loop chain electric hoist does not require a large installation foundation. It can be used fixedly or combined with a walking trolley to form a mobile lifting system, flexibly adapting to the needs of different workstations. Modular design makes daily inspection and maintenance more convenient, the chain has a long service life, and the replacement cost is much lower than that of steel wire rope. Long term use has significant economic benefits. The sealed design effectively prevents moisture and corrosion, ensuring stable operation in the humid and dusty environment unique to shipyards.

Overall, Guanhang Chain Electric Hoist has become the preferred solution for heavy equipment hoisting in shipyards due to its safety, precision, flexibility, and durability. It not only improves operational safety and efficiency, but also provides reliable support for ensuring the quality of ship construction.