The construction climbing frame net itself needs to be attached to the Wuhan construction scaffolding in order to exert its function. Due to different power sources, it is mainly divided into hydraulic and electric types, as well as manual hand-pull type.

Below are several forms of scaffolding net structures:1. Space truss structure: This structure utilizes a unit stress design, characterized by a small footprint. The structure bears all gravitational forces, allowing for uniform material usage in each part. This design saves steel, with the steel content per square meter being 18.5 kilograms. It has a small span, occupies a small area, and is moderately priced.

2. Grid structure: The grid structure features a complex linkage system, with forces in every direction being evenly distributed, forming a large-area rigid structure. Due to the influence of the entire frame, the support capacity of the grid plate is strong, and its stability is excellent, allowing the grid surface to bear uniform stress.

Climbing frame mesh Features: The network framework structure is very stable and has good safety. Even if an individual component is installed unstably, it will not affect the performance of other parts.

3. Oblique plane truss support: Utilizing plane stress, it has a large area but low cost. Some areas require spot welding, and if the rust prevention treatment of the welding points is not done properly, local corrosion can easily occur. Due to site constraints, hot-dip galvanizing treatment poses a difficult problem in terms of rusting. It requires rust prevention treatment 1-2 times a year, otherwise rusting can pose potential safety hazards.

Features: On-site welding, large footprint, low cost.