Construction elevators are commonly used as personnel and cargo construction machinery in buildings. Thanks to their unique cabin structure, they offer both comfort and safety during use. Particularly in recent years, with the rapid economic development of our country and the extensive construction of large-scale buildings, the application of construction hoists has been increasing.
Construction elevators are the main construction machinery responsible for the dual vertical transportation of personnel and materials at construction sites, with a very high safety performance requirement. They are also among the large-scale construction equipment that significantly impacts construction progress. As construction elevators are commonly used in multi-story buildings with large workloads and numerous floors, they tend to have long operational periods and high heights, leading to numerous potential safety hazards during use.
Construction elevators are composed of many components, such as reducers, worm gears and worm, motors, coils, brake assemblies, CIHAF anti-fall devices, anti-fall devices, driving pinions, roller wheels, back wheels, brake pads, limit switches, overload limit switches, speed governors, standard sections, pulleys, pulley shafts, winch shaft couplings, high-strength bolts, hooks (complete set), connecting sleeves, material hoist wheels, frame accessories, wall-hanging accessories, jacking drums, limit switches, couplings, copper worm gears,联动 platforms, complete rotation reducers and accessories, various operation cabins, bearings, rods, props, wall-hanging frames.
With the increasing construction of high-rise and ultra-high-rise buildings, the use of construction elevators for vertical transportation of building materials and personnel is also becoming more frequent. Ensuring the safe and stable operation of construction elevators on-site requires close collaboration among all units, departments, and links, as well as the enhancement of safety awareness among all management and construction personnel to collectively eliminate potential safety hazards.
