If you have ever worked with lapped-type scaffolding, you must be familiar with Ringlock Rosette. Its round shape is what most people simply call "ring". Despite its simple appearance, the stability of the entire scaffold is entirely dependent on it for support.
The "Ringlock Horizontal" we usually refer to, which is the horizontal bar, is connected to the upright pole through this small disc. There are a total of 8 holes on the Rosette - 4 small holes are specifically for the horizontal bar, and 4 large holes are reserved for the diagonal braces. Once inserted and locked, the entire process can be completed in just a few seconds, which is much faster than the traditional screw fasteners used in scaffolding.
Among the commonly available Scaffolding Ringlock systems on the market, the outer diameter of Ringlock Rosette is typically 120mm, 122mm or 124mm, with a thickness of 8mm or 10mm. As it is a stamped part, it has a high load-bearing capacity and is less prone to brittle fracture compared to castings. By welding one every 500mm on the upright pole, the height adjustment is very flexible.
Our factory has been engaged in the production of scaffolding and formwork for over ten years. The factory is located in Tianjin and Renqiu. These two places are considered as the concentrated production areas for steel and scaffolding in China. Right next to them is Tianjin Port, which makes it very convenient for shipping. Containers can be directly loaded onto ships and delivered to Europe, America, and Southeast Asia very quickly.
To be honest, when it comes to scaffolding, safety is not just about the thickness of the pipes. Many details such as the accuracy of Rosette holes, the quality of welds, and the tightness of the horizontal rods are what truly determine whether it is good or not.
If you have also encountered problems such as the horizontal rod not locking tightly, the Rosette hole position being off, or the overall system lacking rigidity, please feel free to share your experiences. We deal with all kinds of lacing systems every day, and we have encountered more difficulties than you can imagine.
Post time: Apr-30-2026
