Type 321 - Crossbeam for Bailey bridge: Installed on the lower chord pins of the Bailey bridge panels and secured with crossbeam clamps. Additionally, each section has one crossbeam connected to the ...
See DetailsThe Type 321-450 support frame for Bailey bridges is a core lateral stabilizing component of the Type 321 prefabricated highway steel bridge and its conventional span truss system. Its primary function is to connect adjacent Bailey bridge panels, enhancing the lateral stiffness and overall stability of the truss. Featuring a standardized modular design, it precisely connects with Type 321 Bailey bridge panels, effectively restraining lateral displacement and working in conjunction with vertical supports to create a stable spatial force system. It is suitable for small to medium spans (6-30m) and medium to low loads (vehicle - 10 to vehicle - 20, tracked vehicle - 50) engineering scenarios. This product is widely used in temporary highway bridges, construction trestles, formwork supports, and emergency rescue operations, and is an indispensable component of the Type 321 Bailey bridge system.
|
Outer Dimensions |
3115*100*176mm |
|
Center Distance |
3000mm |
|
Material |
Q355B |
The Bailey steel bridge is a triumph of engineering ingenuity, combining simplicity of design with extraordinary performance. Its modular, prefabricated nature means that sections can be manufactured ...
READ MOREBailey steel temporary bridges have long been the gold standard in temporary and emergency infrastructure, renowned for their versatility and reliability across global engineering projects. Developed ...
READ MOREAs our flagship product, the Bailey steel temporary bridge is a globally recognized fabricated bridge, widely deployed in national defense readiness, traffic engineering, municipal engineering, water ...
READ MOREZhenjiang Jinhao Road and Bridge Supporting Engineering Co., Ltd. is located in the industrial park of Shangdang Town, Dantu District, Zhenjiang City. Adjacent to the Beijing-Hangzhou Grand Canal and ...
READ MORE