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With a high-precision modular design, Wedospace prefabricated pedestrian bridges shorten the on-site construction period by 70% compared to traditional cast-in-place concrete bridges, and ensure structural durability for up to 100 years through a hot-dip galvanizing process. Wedospace are the source manufacturers, with independent production base of the whole industry chain, excluding the price difference of traders, to provide you with competitive ex factory price and faster delivery speed.
prefabricated pedestrian bridges is mainly used in municipal road overpasses, scenic park landscape trails, commercial complex corridors and industrial park logistics channels.
The degree of prefabrication in the factory is as high as 95%, and only hoisting and bolting are required on site. For bridges with a span of 30 meters, on-site lifting can be completed within 8 hours, greatly reducing the interference to the surrounding traffic and environment.
The thickness of up to 85 microns of hot-dip galvanized treatment, with epoxy zinc-rich primer, in the ocean or high humidity environment can be maintained for more than 50 years without rust, significantly reducing the life cycle maintenance costs.
The introduction of numerical control laser cutting and robot welding technology, component size tolerance control within 2mm, to ensure that there is no dislocation in the assembly process, to avoid the risk of fatigue fracture of the connection point caused by excessive clearance.
Compared with the concrete bridge with the same load capacity, the weight of the Wedospace steel structure pedestrian bridge is reduced by about 60%, which effectively reduces the bearing capacity requirements of the foundation foundation and saves more than 30% of the foundation cost.
The modular truss design allows flexible adjustment of the span to actual needs. Through the combination of standardized segments, single span spans of 10 meters to 60 meters can be easily achieved without the need for piers in the middle of rivers or roads.
The design live load is up to 500kg/m2, which can safely carry the dense flow of people. The structure undergoes a rigorous finite element analysis to ensure structural stability under maximum wind and snow loads.
| Parameter categories | Technical indicators | Notes |
| Product Name | Wedospace Prefabricated Pedestrian Bridge | Modular steel truss structure |
| Main steel grades | ASTM A572 Gr.50 / Q355B | High-strength low-alloy steel |
| Yield strength | ≥ 355 MPa | Ensure structural rigidity |
| Anti-corrosion coating thickness | ≥ 85 microns (hot-dip galvanized) | According to ISO 1461 standard |
| Weld inspection standards | 100% Ultrasonic Testing (UT) | Ensure the quality of the first-level weld. |
| Bridge deck clear width | 1500 mm – 4000 mm | Customizable based on traffic volume |
| railing height | 1100 mm – 1400 mm | Compliant with pedestrian safety regulations |
| Design deflection limits | L/400 | Prevents swaying while walking |
| Connection method | 10.9 grade high-strength bolt connection | No welding work on site |
| Wind resistance | ≤ Level 12 (35 m/s) | Adaptable to typhoon-prone areas |
It is suitable for engineering companies that undertake urban road reconstruction and pedestrian crossing facilities construction. Our prefabrication scheme can help contractors to strictly control the construction period, avoid the penalty of default due to construction delay, and quickly complete the acceptance handover.
Applicable to the operation and management of nature reserves, national parks and theme parks. The design of the Wedospace pedestrian bridge is integrated into the landscape, and the surrounding vegetation is not damaged during the construction process, which meets the environmental protection construction requirements of the ecologically sensitive area.
It is suitable for enterprise users who need to connect factory buildings, cross pipe corridors or logistics channels. Our high-strength steel bridges can be used as employee commuter channels or light logistics conveyor carriers to improve the efficiency of internal circulation in the park.
Suitable for large residential communities or commercial complex development enterprises. By erecting beautiful corridors to connect different buildings, it can increase the flow of people on the commercial line and increase the overall commercial value and convenience of the property.
Before hoisting, the total station must be used to accurately measure the coordinates and elevation of the embedded bolts on the concrete pier to ensure that the error is controlled within 3mm to ensure that the steel structure base can be smoothly placed.
The bridge sections to be delivered to the site will be pre-assembled on level ground. Use a torque wrench to tighten the high-strength bolts at the connection to the design torque value and make the initial alignment.
Use two cranes for double lifting or single center lifting. During the lifting process, the bridge body shall be kept in balance, and the bridge support shall be slowly aligned with the embedded parts of the bridge pier and fall down smoothly.
After the main structure is fixed, the bridge deck, handrail handrail and lighting facilities shall be installed. Finally, the tiny scratches of the coating caused during transportation and installation are repaired to complete the final delivery.
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Welcome to our Frequently Asked Questions page. We have compiled answers to common questions you may have, hoping to provide you with clear and quick solutions. If you cannot find the information you need here, please feel free to contact our customer support team.
With a high-precision modular design, Wedospace prefabricated pedestrian bridges shorten the on-site construction period by 70% compared to traditional cast-in-place concrete bridges, and ensure structural durability for up to 100 years through a hot-dip galvanizing process. Wedospace are the source manufacturers, with independent production base of the whole industry chain, excluding the price difference of traders, to provide you with competitive ex factory price and faster delivery speed.
5.0 kN/m2
Maximum payload
10 m to 60 m
Span range
1.5 m to 4.0 m
Bridge width
The degree of prefabrication in the factory is as high as 95%, and only hoisting and bolting are required on site. For bridges with a span of 30 meters, on-site lifting can be completed within 8 hours, greatly reducing the interference to the surrounding traffic and environment.
The thickness of up to 85 microns of hot-dip galvanized treatment, with epoxy zinc-rich primer, in the ocean or high humidity environment can be maintained for more than 50 years without rust, significantly reducing the life cycle maintenance costs.
The introduction of numerical control laser cutting and robot welding technology, component size tolerance control within 2mm, to ensure that there is no dislocation in the assembly process, to avoid the risk of fatigue fracture of the connection point caused by excessive clearance.
Compared with the concrete bridge with the same load capacity, the weight of the Wedospace steel structure pedestrian bridge is reduced by about 60%, which effectively reduces the bearing capacity requirements of the foundation foundation and saves more than 30% of the foundation cost.
The modular truss design allows flexible adjustment of the span to actual needs. Through the combination of standardized segments, single span spans of 10 meters to 60 meters can be easily achieved without the need for piers in the middle of rivers or roads.
The design live load is up to 500kg/m2, which can safely carry the dense flow of people. The structure undergoes a rigorous finite element analysis to ensure structural stability under maximum wind and snow loads.
| Parameter categories | Technical indicators | Notes |
| Product Name | Wedospace Prefabricated Pedestrian Bridge | Modular steel truss structure |
| Main steel grades | ASTM A572 Gr.50 / Q355B | High-strength low-alloy steel |
| Yield strength | ≥ 355 MPa | Ensure structural rigidity |
| Anti-corrosion coating thickness | ≥ 85 microns (hot-dip galvanized) | According to ISO 1461 standard |
| Weld inspection standards | 100% Ultrasonic Testing (UT) | Ensure the quality of the first-level weld. |
| Bridge deck clear width | 1500 mm – 4000 mm | Customizable based on traffic volume |
| railing height | 1100 mm – 1400 mm | Compliant with pedestrian safety regulations |
| Design deflection limits | L/400 | Prevents swaying while walking |
| Connection method | 10.9 grade high-strength bolt connection | No welding work on site |
| Wind resistance | ≤ Level 12 (35 m/s) | Adaptable to typhoon-prone areas |
It is suitable for engineering companies that undertake urban road reconstruction and pedestrian crossing facilities construction. Our prefabrication scheme can help contractors to strictly control the construction period, avoid the penalty of default due to construction delay, and quickly complete the acceptance handover.
Applicable to the operation and management of nature reserves, national parks and theme parks. The design of the Wedospace pedestrian bridge is integrated into the landscape, and the surrounding vegetation is not damaged during the construction process, which meets the environmental protection construction requirements of the ecologically sensitive area.
It is suitable for enterprise users who need to connect factory buildings, cross pipe corridors or logistics channels. Our high-strength steel bridges can be used as employee commuter channels or light logistics conveyor carriers to improve the efficiency of internal circulation in the park.
Suitable for large residential communities or commercial complex development enterprises. By erecting beautiful corridors to connect different buildings, it can increase the flow of people on the commercial line and increase the overall commercial value and convenience of the property.
Before hoisting, the total station must be used to accurately measure the coordinates and elevation of the embedded bolts on the concrete pier to ensure that the error is controlled within 3mm to ensure that the steel structure base can be smoothly placed.
The bridge sections to be delivered to the site will be pre-assembled on level ground. Use a torque wrench to tighten the high-strength bolts at the connection to the design torque value and make the initial alignment.
Use two cranes for double lifting or single center lifting. During the lifting process, the bridge body shall be kept in balance, and the bridge support shall be slowly aligned with the embedded parts of the bridge pier and fall down smoothly.
After the main structure is fixed, the bridge deck, handrail handrail and lighting facilities shall be installed. Finally, the tiny scratches of the coating caused during transportation and installation are repaired to complete the final delivery.