Mobile scaffolding

Mobile scaffolding is a tool type standard component made of ordinary steel pipe material, which is assembled on the construction site. Its basic unit is composed of a pair of portal frames, two pairs of scissor braces, a pair of horizontal beam frames, and four connectors. Several basic units are vertically stacked through connectors and fastened together to form a multi-layer framework. In the horizontal direction, use reinforcement rods and horizontal beams to connect adjacent units as a whole, and add inclined ladders, railing columns, and horizontal bars to form an external scaffold that connects the upper and lower steps.

Mobile scaffolding is used for indoor and outdoor decoration; Storefront advertising; Bridge support; Template support; Full hall scaffolding, wall scaffolding, and other purposes. It has the advantages of convenient loading and unloading, safety and reliability, affordable and practical

1) High efficiency: The longest commonly used rod is 3130mm and weighs 17.07kg. The entire assembly and disassembly speed is 3-5 times faster than conventional ones, making assembly and disassembly quick and effortless. Workers can complete all operations with just one hammer, avoiding many inconveniences caused by bolt operation.

2) Strong universality: The main components are made of ordinary fastener type steel pipe scaffolding steel pipes, which can be connected to ordinary steel pipes with fasteners, making it highly versatile.

3) High bearing capacity: The vertical pole connection is a coaxial socket, and the horizontal bar is connected to the vertical pole by a bowl buckle joint. The joint has reliable bending, shear, and torsion resistance mechanical properties. Moreover, the axis lines of each member intersect at one point, and the nodes are within the frame plane, therefore, the structure is stable, reliable, and has a high bearing capacity.

Classification of several types of mobile scaffolding:

The first type is the clip type scaffold, which has a relatively strong load-bearing capacity and is easy to install, making it easy to dismantle and adjust the fasteners between different parts of the scaffold. Therefore, it can be used in the construction of various buildings. And its economic cost is also relatively low, with relatively low funding for each investment. Of course, because it is a clip type scaffold, it has a relatively large deduction, so it needs to be carefully stored, otherwise it is easy to lose it. Also, attention should be paid to the issue of the center of gravity at the nodes, otherwise it is easy to encounter some security risks if not built properly.

The second one is a portal scaffold. The structure of the portal scaffold is more reasonable compared to the fastener design, and it is safer to build. However, it has the poorest flexibility among centralized scaffolding. It is like a rectangular board, and if one component is moved, the other components will also be moved accordingly. Therefore, overall, the cost is still relatively expensive. It is only used for active workstations.

The third type is bowl buckle steel pipe scaffolding, which is the most commonly used scaffolding on construction sites today. Because of its powerful functionality and flexible nodes in various parts, the dimensions of each part can be changed according to the specific construction requirements of the site, and corresponding adjustments can also be made in terms of shape and style. In addition, the bowl buckle type is also relatively safe and reliable, because the pressure problem of the bowl buckle was considered during the design, so the friction force was appropriate during the design, and it will not cause some accidents due to insufficient force during construction.

The fourth type is the buckle type scaffolding, which has strong flexibility and maneuverability with the addition of mobile phones. So it can adjust the range of the entire scaffold according to the size of the construction area. And different shapes and specifications of scaffolding can also be built according to the needs of construction. Finally, it is also relatively convenient for transportation and storage. Due to its small size, it can pass through narrow pipelines.