1. Structural Characteristics
1.1 Ringlock Connection System
Vertical poles and ledgers are tightly joined via disc nodes to form an integrated supporting frame. The connection is firm for heavy load bearing, enabling quick assembly and disassembly while securing overall frame stability.
1.2 Integrated Frame Structure
Assembled by vertical poles, horizontal ledgers and diagonal braces, the neat frame allows fast erection and dismantling. It adapts to construction projects of various heights and shapes with wide applicability.
1.3 Multi-functional Modular Design
Additional ledgers and braces can be added on site to boost frame stability. Horizontal and vertical members are adjustable and replaceable to fit diverse working conditions, greatly improving construction flexibility and application scope.
2. Safety Performance
2.1 High Load-bearing Capacity
Built with high-strength steel or aluminum alloy and rigid ringlock joints, the system delivers outstanding compression resistance and overall bearing capacity to meet all kinds of construction load requirements.
2.2 Complete Anti-fall Protection System
Equipped with guardrails and safety nets to prevent slipping and falling accidents. The spacing of vertical and horizontal members strictly complies with national safety standards to fully protect on-site workers.
2.3 Excellent Structural Stability
Modular integral frame design delivers superior rigidity. When erected in line with specifications, the scaffold stays free of shaking or tilting, forming solid protection for high-altitude operations.
Conclusion
Ringlock scaffolding features firm connections, easy assembly, high load capacity, full protective devices and strong stability. Widely adopted in all construction projects, it significantly raises construction efficiency and on-site safety standards.
Post time: 2026-06-26 08:57:26