NEWS CENTER

March 11, 2025, Beijing - With the rapid development of global transportation infrastructure, elevated bridges, as an important component of urban transportation, are increasingly valued for their safety and stability. European and American countries have accumulated rich experience in the design and application of elevated anti-collision and shock absorption systems, providing important references for global bridge safety.

The design of the anti-collision and shock absorption system for European and American elevated roads strictly follows international standards and regulations, such as relevant specifications developed by ISO (International Organization for Standardization) and IEC (International Electrotechnical Commission). These standards ensure that the design and manufacturing of the system comply with global safety and performance requirements, laying a solid foundation for the safe operation of bridges.

In terms of hardware design, European and American elevated anti-collision and shock absorption systems widely use key components such as shock absorbers and dampers. Shock absorbers are usually made of materials such as rubber and lead core, which have good elasticity and energy dissipation capacity. They can deform under external forces such as earthquakes, thereby absorbing and dispersing impact forces. Dampers reduce the vibration amplitude of bridge structures by providing additional damping, effectively protecting the bridge from damage.

In addition, the European and American elevated collision and shock absorption systems also pay attention to the standardization of software protocols and data formats to ensure that equipment produced by different manufacturers can be seamlessly integrated into the same system and achieve interconnectivity. This compatibility not only improves the overall performance of the system, but also reduces the cost of later maintenance and upgrades.

In order to verify the performance and quality of the system, third-party authoritative testing and certification are commonly used in Europe and America. Certification standards such as CE certification and FCC certification ensure the stability and reliability of collision and shock absorption systems in actual operation.

In practical applications, the European and American elevated anti-collision and shock absorption systems have been widely used in various bridge structures and have achieved significant results. These systems not only improve the seismic performance and service life of bridges, but also provide strong guarantees for the safety and smoothness of urban transportation.

In summary, the design and application of the anti-collision and shock absorption system for European and American elevated roads demonstrate a high level of professionalism and standardization. With the continuous development of technology and changes in market demand, these systems will continue to be improved and updated, making greater contributions to the development of global transportation infrastructure.