Ringlock Scaffolding, Bailey Panels Supply, Ringlock Scaffolding Specifications

Product Details

How to Make Ringlock Scaffolding More Stable

  The new ringlock scaffolding reduces the workload of construction workers and is very convenient to assemble and disassemble. The design of the new ringlock scaffolding is increasingly lightweight, using inner and outer steel pipes, and the steel consumption in the production process is relatively low.

  The new portal ringlock scaffolding has its own dimensions and must be uniform and neat, with a support system ensuring stability in two perpendicular directions. Before erection, strict setting-out must be carried out on site according to design requirements. When installing the portal frame support, it is required that each layer of portal frame be secured with a 48×3.5 steel pipe horizontal tie rod. Longitudinal and transverse vertical diagonal braces are arranged at intervals of less than 6 meters.

  The load-bearing of the new portal steel pipe ringlock scaffolding mainly relies on the overall force of the support frame. To achieve this overall effect, longitudinal and transverse horizontal tie rods and longitudinal and transverse vertical diagonal braces are needed to "bind" and connect the portal frames. Without longitudinal and transverse horizontal tie rods and longitudinal and transverse vertical diagonal braces, the portal frame support would be like chopsticks that break easily and prone to collapse. Therefore, the extension length of the adjustable base jack screw should not exceed 200 mm. When the screw extension length of the adjustable base jack exceeds 200 mm, the construction of the ringlock scaffolding can adopt the method of adding an additional horizontal tie rod for fixation.

What is the Structural Technology of Ringlock Scaffolding?

 An important factor in improving project quality is advanced construction methods and comprehensive project planning. The ringlock scaffolding system is designed to meet the needs of different buildings and different terrains, with various combinations and convenient erection. The cuplock scaffold is more reliable and safer than traditional scaffolding, faster in construction, and very easy to erect. It is currently a relatively good scaffold in use. In terms of construction convenience, it has the following advantages:

   1. High load-bearing capacity products and structural design save more than two-thirds of steel compared with traditional scaffolding.

   2. The scaffold can be erected without or with only a few manual tools, improving construction efficiency.

   3. Construction efficiency is more than doubled compared with traditional scaffolding, and the labor required for erection is halved compared with traditional scaffolding.

   In terms of safety, it has the following characteristics:

  1. The ringlock scaffolding adopts a fully modular structure, which minimizes the impact of human factors on the construction quality of the scaffold.

   2. The vertical poles all use Q345B low-carbon alloy structural steel, which is a significant improvement over the Q235 ordinary carbon steel pipes used in traditional scaffolding.

  3. All products are hot-dip galvanized, effectively preventing the decrease in load-bearing capacity caused by material corrosion during use and ensuring consistency in product performance.

  Most people know that ringlock scaffolding is used as a construction tool. Because of its high safety requirements, its manufacture and design