1.High load-bearing capacity: Made of Q345 low-carbon alloy structural steel with a pipe diameter of 48mm and thickness of 3.2mm, a single pole can bear an ultimate load of up to 10 tons.
2.Unique vertical diagonal bracing: Replaces traditional cross braces and allows real-time correction of vertical pole alignment during assembly.
3.8-directional connections: Features a lattice column-like structure with self-locking pin designs for exceptional stability, and can even be used to construct cantilevered scaffolding.
Second, ringlock scaffolding saves materials:
Compared to traditional scaffolding systems, it reduces material usage by 1/3 to 1/2, with no loose parts, making management easier.
Third, ringlock scaffolding saves labor:
Less material means fewer workers are needed, and assembly/disassembly can be done quickly with just a hammer.
Fourth, ringlock scaffolding saves time:
Reduced material and labor requirements shorten construction schedules, leading to significant cost savings and improved efficiency.
Fifth, ringlock scaffolding enhances on-site appearance:
Hot-dip galvanizing (both inside and outside) prevents rust-related strength degradation, ensuring a clean and professional look.
Sixth, ringlock scaffolding enables integrated construction:
Professional design, high-quality products, and strict assembly/dismantling controls ensure both safety and efficiency in scaffolding operations.
Post time: 2025-09-10 16:40:56