What is the erection efficiency of disc-lock scaffolding

What is the erection efficiency of disc-lock scaffolding? Disc-lock scaffolding is known as an upgraded version of traditional scaffolding, offering many advantages over traditional scaffolding. Many contractors purchase scaffolding for their projects, generally focusing on price, quality, and delivery time. However, some customers are also concerned about its erection efficiency. So, what is the erection efficiency of disc-lock scaffolding?

As everyone knows, steel pipe and coupler scaffolding is a traditional type of scaffolding, relatively cumbersome and time-consuming to erect. It is understood that the single-worker erection speed of ordinary steel pipe and coupler scaffolding is only 35 m³/day, while the single-worker erection speed of disc-lock scaffolding can reach 150 m³/day.

In other words, erecting a 150m³ scaffold using steel pipe and coupler scaffolding would take more than four days, while erecting the same 150m³ using disc-lock scaffolding would only take one day. This demonstrates that steel pipe and coupler scaffolding is more time-consuming and has significantly higher labor costs than disc-lock scaffolding.

Disc-lock scaffolding is an advanced modular scaffolding system with high safety performance, labor savings, convenient assembly and disassembly, material conservation, and an aesthetically pleasing overall appearance. It is an ideal upgrade from coupler-type and cup-lock scaffolding.

This disc-lock scaffolding system breaks away from the traditional coupler and bolt fastening method. It utilizes pre-welded joint devices at both ends of horizontal and diagonal members, as well as eight-hole discs welded to the uprights. Using the principle of gravity-driven wedge-shaped self-locking pins, it completely replaces steel pipes and couplers, connecting horizontal, vertical, and diagonal members to form a stable planar triangular structure. This planar structure is then combined three-dimensionally to ultimately form a stable spatial structure.

The disc-lock scaffolding is safe to erect. Its uprights are forged from Q345 grade steel, which has higher strength than the original Q235 grade steel, allowing a single upright to bear a greater load, up to 20 tons. The unique disc-lock design enables multi-directional, stable connections between the uprights, meeting various connection requirements for scaffolding erection. The steel planks used with the scaffolding offer unparalleled safety compared to traditional bamboo or wooden planks.