Beam formwork

The applicable scenarios for tie beam templates include: 1) Bridge engineering ① Bridge column connection and stress optimization Used to connect adjacent bridge columns, form an overall load-bearing structure, enhance the stiffness of bridge piers, and disperse the upper load pressure, avoiding displacement problems caused by uneven load-bearing of bridge columns ② Suitable for the construction of cast-in-place bridge substructures, such as highway bridges, railway bridges, and urban elevated bridges Adapting to complex terrains such as mountainous and sloping areas, strengthening the connection between bridges and slopes through beam formwork enhances structural stability 2) Construction of transportation infrastructure ① Highway and Railway Engineering: Used for the construction of bridge piers and beams in highways, tunnels, railways, and other projects to ensure the precise formation of concrete structures ② Construction of elevated bridges: When the height of the bridge piers is high (such as over 50 meters), tie beams are used to prevent column deformation under stress 3) Other civil engineering projects ① Prefabricated component production: Prefabricated mid beam formwork can produce standardized components in bulk, improving construction efficiency ② Special structural requirements: Suitable for the design of irregular or curved bridges, flexible assembly can be achieved through the free combination of steel templates 4) Typical scene characteristics ① Construction of cast-in-situ concrete: After template splicing, concrete should be poured to ensure the tightness of the joints (such as using sponge strips to seal the gaps), avoid leakage of grout, and ensure the quality of the molding ② Reuse and Cost Control: Steel formwork can be disassembled and reused, balancing economy and environmental friendliness Note: The tie beam formwork is widely used in bridge and transportation engineering, especially suitable for scenarios that require enhanced structural stability, adaptability to complex terrain, or efficient cast-in-place construction.