Core Features

Structural Stability: The ladder beam is connected to the vertical and horizontal rods via bowl-type connectors, forming a three-dimensional structural system capable of withstanding forces in all directions. The axes of all members intersect at a single point, with nodes lying within the plane of the framework. The connectors exhibit robust mechanical properties, providing reliable resistance against bending, shear, and torsion. As a result, the overall structure is stable and dependable, offering a load-bearing capacity that is approximately 15% higher than that of conventional coupler-based scaffolding systems.
Efficient Assembly and Disassembly: The connection between the ladder beam and the vertical and horizontal posts uses a socket-type design, allowing workers to complete installation with just a single iron hammer—eliminating the hassle of bolt operations. This method makes assembly and disassembly 3 to 5 times faster than conventional scaffolding, significantly boosting construction efficiency.
Safe and reliable: The bowl-type connector features bidirectional self-locking capability:
The horizontal bar connects to the vertical post: A locking mechanism is achieved through the structural design, reducing the instability associated with manual locking.
Multi-horizontal-bar independent locking: At the same node, multiple horizontal bars connect to the vertical posts without interfering with each other, eliminating the risk of traditional scaffolding systems where loosening one bar causes the entire structure to collapse.
The lower bowl-type connector boasts a shear capacity of up to 199 kN, and even if the upper bowl-type connector isn’t fully tightened, the crossbar joint will still remain securely in place, ensuring construction safety.
Standardized Management: The dimensions of components such as ladder beams are standardized, making storage, transportation, and on-site stacking management convenient. The exterior of the components is coated in a vibrant orange color, offering an elegant and visually appealing finish that meets the requirements for civilized construction practices.

Application Scenarios

Bridge construction

Advantage: Combining the ladder beam with the cup-lock scaffolding system allows for the rapid construction of elevated work platforms, perfectly suited to meet the demands of bridge curved structure construction.
Case: During box girder construction, the ladder beam serves as a vertical passage, working together with the scaffolding to ensure the safe movement of construction workers up and down.

Building construction

Support Frame: The ladder beam can be used to construct formwork support frames, providing a stable working surface.
Material Lifting: Combine with material lifting frames to achieve efficient material transportation.

Tunnels and Culverts

Space utilization: The beam supports can be flexibly adjusted in spacing to meet the construction requirements of the tunnel's arched structure.
Stability: The bowl-lock joint features strong self-locking performance, ensuring construction safety even under complex geological conditions.

Chimney and Water Tower

Curved scaffolding: Combining ladder beams with cup-lock scaffolding systems, it enables the construction of curved structures, perfectly meeting the needs of irregularly shaped building projects.
Heavy-duty support: The pole features a coaxial spigot design, enhancing overall stability and making it suitable for heavy-load operations.