Climbing systems are innovative solutions designed to facilitate the safe and efficient vertical movement of workers and materials on construction sites, particularly in high-rise or complex building projects.
These systems are typically used for formwork and scaffolding operations, often equipped with hydraulic or mechanical elements that allow formwork to ascend as concrete work progresses. They enhance safety, improve productivity, and reduce labor costs, while adapting to various formwork types.
The JB-240 National Climbing System (often called Climbing Formwork JB-240) is a crane-lifted climbing formwork system used for constructing high-rise concrete cores, shear walls, bridge pylons, and similar vertical concrete structures. It is designed to move large wall-formwork assemblies upward in stages as construction progresses.
Crane Climbing Platform (also called Jump Form) is a specialized concrete formwork system used to construct tall vertical structures such as high-rise building cores, elevator shafts, bridge pylons, silos, and shear walls. After each concrete pour gains sufficient strength, the entire formwork assembly is moved upward to the next level and reused.
