1. Modular Design
· Featuring a standardized component - based design, it can be flexibly assembled into beam formworks with various spans, heights, and cross - sectional dimensions through connectors.
· It enables rapid splicing with floor formworks and column formworks, creating an integrated formwork support system.
2. High Strength and Durability
· The main structure consists of Q235 steel frames and high - molecular formwork, endowing it with excellent anti - deformation capabilities. It can withstand the gravity, lateral pressure of newly poured concrete, as well as construction loads.
·Easy to clean, the formwork neither absorbs water nor expands/contracts due to heat. It ensures outstanding concrete molding results and offers superior corrosion resistance.
3. Convenient Construction
· Being 30% - 50% lighter than traditional wooden formworks, it significantly reduces labor intensity.
· With quick installation and disassembly features, it boosts construction efficiency by over 50% compared to conventional formwork.
Equipped with a specialized locking device, it guarantees tight formwork joints and effectively prevents grout leakage.
4. Precise Molding
· With a machining accuracy controlled within ±1mm, it ensures the geometric dimensions of concrete beams are highly precise.
· Its high - flatness surface enables the formation of concrete beams with smooth surfaces, meeting the standards of fair - faced concrete.
When removing beam panels, start from the beam bottom panels, ensuring not to shift or remove the beam bottom supporting panels. Retain the bottom support for at least three levels. In winter construction conditions, appropriately extend the retention period.
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