Conventional steel pipe scaffolding can no longer meet the requirements on safety, construction efficiency and adaptability for such prevalent overseas projects, while ringlock scaffolding effectively addresses these challenges.
1. Ideal for High-rise Structure Construction
It delivers an axial load capacity of 200 kN for vertical poles and a joint tensile strength of 15 kN. The reliable locking structure ensures uniform load distribution and outstanding overall stability.
In the construction of a 70-meter-high intake tower at an overseas hydropower station, the scaffold remained stable throughout operation. Its safety margin is 60% higher than that of traditional scaffolding, fully resisting lateral pressure and strong winds at height.
2. Excellent for Long-span Spaces
The maximum ledger span reaches 6 meters, which reduces the number of vertical poles and creates ample working space.
Applied in the main workshop of a hydropower station with a span of 20 to 30 meters, it supports a pole spacing of 3.5 meters. Heavy machinery such as 50-ton crawler cranes can pass freely. The equipment installation efficiency rises by 40%, and the construction period is shortened significantly.
3. Adaptable to Complex Terrains
Equipped with adjustable bases with a 0-50cm adjustment range, the scaffolding enables precise leveling on slopes and stepped foundations.
On a 30° slope at a canyon hydropower station, a 500㎡ scaffold was erected within 2 days with horizontal deviation controlled within 3mm. It avoids uneven stress and frame inclination caused by rough leveling methods, cutting down construction time and eliminating potential safety risks.
Post time: 2026-05-27 09:02:36