The body is made from high-strength stretched shells or die-cast aluminum shells, precision-manufactured using thin-walled extrusion molding technology, featuring a compact size, lightweight, and high strength.

Standard electric chain hoists feature an independent transmission system, with a sealed secondary coaxial gear mechanism within the transmission, utilizing a long-life oil-bath lubrication system.

The electric hoist powder metallurgy clutch acts as an overload protection device. The braking is achieved using a disc-type DC electromagnetic field brake, offering a high torque, stable, quick operation, and low noise.

The electric chain hoist has a wide range of applications, primarily used in various factories, warehouses, wind power generation, logistics, ports, and construction industries for lifting or loading/unloading goods.

Heavier objects can also be lifted for ease of work or repair of large machinery.

The electric chain hoist is controlled by the operator using buttons on the ground, can also be operated within the control room, or by wired (wireless) remote control.

The electric chain hoist can be used for fixed suspension as well as for movement with electric monorail trolleys or manual push/pull monorail trolleys.

Electric Hoist Chain Hoist Installation and Use: The hoist can be used with single beam I-beams on single beam cranes, bridge cranes, gantry cranes, and suspended cranes, and can also be used with double beam trolleys.

Therefore, the electric hoist is one of the commonly used lifting equipment in factories, mines, ports, warehouses, loading yards, stores, etc., and is an essential machine for improving labor efficiency and enhancing working conditions.