| Customization: | Available |
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| After-sales Service: | Installation Guide |
| Warranty: | 3 Years |
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Product Name
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Bridge guardrail bracket |
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Working Principle
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The working principle of bridge guardrail supports is mainly based on their ability to bear, connect, and distribute loads. As the main load-bearing structure, the bracket body can withstand the weight of the guardrail itself and the huge impact force caused by sudden situations such as vehicle collisions through reasonable structural design and material selection, such as using high-strength materials such as steel, without deformation or damage. The connector is responsible for tightly connecting the guardrail to the bracket, forming a cohesive structure. These connectors are usually made using bolts, rivets, welding, and other methods to ensure a firm and reliable connection between each component, thereby ensuring overall stability. During operation, bridge guardrail supports will distribute the weight load of objects and the energy generated by collisions to multiple points, reducing the load on each connection point, easing the pressure on a single connection point, and reducing stress concentration at the connection point, thereby improving the stability and reliability of the support. |
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Product Structure
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The bridge guardrail bracket mainly consists of core parts such as the bracket body, connecting components, and fixing components. The bracket body is the main load-bearing structure of the bridge guardrail bracket, which is often made of materials such as steel and cast iron to ensure its excellent strength and stability. It can withstand the weight of the guardrail itself and the huge impact force caused by sudden situations such as vehicle collisions. The connector is responsible for tightly connecting the guardrail to the bracket, forming a cohesive structure that ensures overall stability. Connectors are usually connected using bolts, rivets, welding, and other methods. The fixed components tightly connect the bracket to the main body of the bridge, effectively preventing displacement or detachment, and ensuring the firm installation of the guardrail bracket on the bridge. |
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Applications
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Bridge guardrail supports are widely used in various types of bridges and transportation facilities. Specifically, bridge guardrail supports are suitable for highway bridges with high traffic and fast vehicle speeds, requiring high strength and stability of the guardrails. The supports can effectively support and fix the guardrails to prevent accidental falls of vehicles and pedestrians. In addition, urban overpasses are also an important application area for bridge guardrail supports. Urban overpasses are usually located in busy areas, and the supports not only provide safety protection, but also integrate with the urban landscape through exquisite design, enhancing the city's image. Railway bridges also require high-strength guardrail supports to ensure safety, which can withstand external forces such as wind resistance and vibration generated during train operation. In port and dock bridges, due to the harsh environment, the corrosion resistance of the supports enables them to be used for a long time in such environments. In addition to the above applications, bridge guardrail supports are also commonly used in the restoration of ancient bridges, reinforcement projects of rural small bridges, as well as municipal engineering fields such as parks, squares, sidewalks, pedestrian streets, parking lots, and even industrial fields such as factory workshops, warehouses, logistics parks, etc., to divide areas and protect personnel and equipment safety. |
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Product parameter adjustment
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Adjust parameters according to different application scenarios and customer requirements |
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Program Design
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/Design separately according to different usage projects |
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