1. Product Overview (Product Summary)
Flexible bollards are a new type of traffic safety protection facility, designed with high-elasticity and anti-impact materials. Different from traditional rigid bollards, they feature flexible rebound performance, which can effectively buffer the impact force when hit by vehicles, protect the safety of pedestrians, vehicles and surrounding facilities, while avoiding excessive damage to the impactor.

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2. Core Material & Manufacturing Process

The main body of the flexible bollard is made of high-quality engineering plastic (such as HDPE) or composite fiber material, which has the characteristics of corrosion resistance, high temperature resistance, low temperature resistance and aging resistance. The manufacturing process adopts one-piece injection molding or integral winding molding, ensuring the structural integrity and stability of the product, and the surface is treated with anti-ultraviolet and anti-friction technology to extend the service life.

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3. Key Performance Characteristics

It has excellent flexible rebound performance: when subjected to external impact (within the design range), it can bend and deform to absorb impact energy, and quickly rebound to its original shape without permanent damage. At the same time, it has strong load-bearing capacity, can withstand the rolling of ordinary motor vehicles, and is not easy to break or deform. In addition, it is waterproof and moisture-proof, suitable for various harsh outdoor environments.

4. Installation Method & Convenience

The flexible bollard supports two installation methods: embedded installation and surface-mounted installation. Embedded installation is suitable for long-term fixed use, with firm installation and strong stability; surface-mounted installation adopts expansion bolts to fix, which is quick and convenient to install and disassemble, and can be adjusted and moved according to actual needs. The installation process does not require complex construction equipment and has low construction cost.

5. Applicable Scenarios

It is widely used in various traffic management and safety protection occasions, including but not limited to: residential areas, schools, hospitals, shopping malls, parking lots, pedestrian streets, scenic spots, industrial parks, road intersections, etc. It can be used to isolate motor vehicle lanes and pedestrian roads, protect green belts and public facilities, and guide traffic flow to ensure the order and safety of the scene.

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