Main Features and Advantages
Forked support for even force distribution: The integrated four-corner fork design at the top precisely engages with the formwork ribs and primary and secondary beams. Compared to the U-shaped grooves of adjustable supports, this design provides more contact points and more even force distribution, effectively distributing the vertical load on the formwork and concrete, preventing excessive localized stress that could lead to formwork deformation or damage.
Precise fine-thread adjustment for strong adaptability: Utilizing a precision fine-thread structure, the adjustment accuracy reaches ±0.5mm, with an adjustment range of 40mm-180mm. This accurately compensates for support height deviations, adapting to different formwork thicknesses and support height requirements, ensuring the levelness and verticality of the formwork, and reducing rework workload later.
Robust structure for reliable load-bearing capacity: Constructed from Q235/Q345 high-strength carbon steel, the fork-shaped head is integrally formed through stamping and forging, reinforced with reinforcing ribs, resulting in outstanding compressive and deformation resistance. A single top support can bear a load of 90kN-130kN, stably supporting large formwork and concrete loads, eliminating the risk of breakage and deformation.
Tight Connection, Anti-Slip and Anti-Drop: The fork-shaped grooves are precision-ground to fit the dimensions of the formwork ribs, ensuring a secure fit. Anti-slip pads effectively prevent the formwork ribs from sliding or shifting, ensuring structural stability during support. Suitable for batch pouring of large-scale flat formwork and floor slab formwork.
Corrosion-Resistant and Durable, Easy to Operate: The surface is hot-dip galvanized (coating thickness ≥75μm), effectively resisting corrosion from harsh environments such as construction dampness and outdoor rain, extending service life. Equipped with a rotating handle, operation is easy, allowing workers to quickly perform height fine-tuning and fixing without specialized tools, improving construction efficiency.
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