Climbing Formwork Systems

The Shaft Platform includes both tower crane-driven and self-climbing adjustable inner mold systems, designed for elevator shaft formwork setup, reinforcement, and protection during construction.
The Shaft Platform applicable for elevator shafts, flue shafts, ventilation ducts and other pipe shafts.

The self-climbing platform is a type of scaffold that is erected at a certain height and attached to the structure. It relies on its elevating equipment to ascend or descend along with the structure layer by layer. It features anti-overturning and anti-falling devices. A national inspection report for a 22.5-meter high-rise climbing scaffold, suitable for ultra-high-rise buildings with standard layer heights up to 5.3 meters, is in our possession.

GTP100 Automatic hydraulic climbing formwork system is a construction technique that includes the climbing bracket, formwork, platform system, and suspension bracket, which are attached to the concrete structure. Once the formwork is stripped off from the shaped concrete, it driven by the hydraulic cylinders and guided by the climbing rail, the brackets climb up to the next level, repeating this cycle for the construction process. 
The hydraulic climbing formwork is integrated with the climbing brackets, moving forward and back together with the travelling units, thus significantly reducing labor costs. The enclosed construction environment effectively prevents falls from heights.

Protection screen is an innovative safety device attached to structures (floors, beams, or walls and lifted using a tower crane or hydraulic system. Specifically designed to fulfill peripheral protection needs for high-rise and super-high-rise buildings.
There are obvious differences between the facade walls of commercial and residential buildings. Residential buildings typically have many facades, demanding protection screens for exterior work, while commercial buildings fewer facades permit work from internal edges.
Therefore, GETO protection screens are categorized into residential protection screens with more platform layers, and commercial building protection screens with fewer platform layers.

Integrated jacking formwork system is attached to the cast-in-place vertical structure and uses hydraulic cylinders for alternating lifting. According to the core tube structure, brackets may be set up on the exterior or combined with climbing formwork. Horizontal structures inside the core tube can be constructed simultaneously with the core walls. The system is adjustable to meet construction requirements for wall thickness changes or straight-to-inclined transitions.