External Scaffolding Ringlock System for Construction

1.Modular design, making assembly and disassembly more efficient
The Ringlock system uses standardized components (vertical rods, horizontal rods, inclined rods, wedge nails, etc.), with a simple structure. Both assembly and disassembly are very convenient, significantly reducing labor and time costs compared to traditional frame-type or tube-type scaffolding.
2. Wedge connection, more stable structure
By adopting a unique wedge connection method, after locking, a self-locking structure is formed, making the connection points more secure. The overall stability is much higher than that of ordinary scaffolding systems, effectively reducing safety risks during construction.
3. Hot-dip galvanizing surface treatment, durable and corrosion-resistant
All components are processed using the hot-dip galvanizing method, which has strong rust prevention capabilities. They are suitable for long-term outdoor storage or use in humid and highly corrosive environments (such as shipyards, bridges, and oil and gas projects), and have low maintenance costs.
4. High-strength material, excellent load-bearing capacity
The material used is high-strength structural steel (aluminum alloy structural steel is also an option), with a strength approximately twice that of ordinary carbon steel scaffolding. It also has excellent shear stress resistance. Even with a simple structure, it can withstand significant loads.
5. Capable of adapting to various engineering projects
From shipyards, bridges, oil tanks, subways, airports, to music stages and stadium stands, the Ringlock system can be applied to almost any type of project. Two pipe diameters of 60mm and 48mm are available to meet different load requirements.
6. More convenient transportation and management
The interlocking self-locking structure makes the components easy to stack and pack, occupies less space, reduces transportation costs, and makes on-site management easier, reducing the risk of loss or disorder.