Flexible barriers are innovative structures that have a wide range of applications.

In the context of environmental protection, they are often used to prevent soil erosion. Made from materials like geotextiles or flexible nets, they can be installed on slopes. Their flexibility allows them to conform to the terrain, effectively trapping soil and preventing it from being washed away by rain or wind. For example, on hilly construction sites or along riverbanks, these barriers help maintain the stability of the land and protect the surrounding ecosystem.

In traffic management, flexible barriers made of rubber or plastic composites are utilized. They are designed to absorb the impact energy in case of a vehicle collision. Compared to rigid barriers, they cause less damage to the vehicle and its occupants. They can also be easily moved and reconfigured, which is convenient for changing traffic patterns or for temporary roadwork setups.

In industrial settings, flexible barriers can act as safety partitions. They are used to separate different work areas or protect workers from hazardous machinery. Their flexibility enables them to be adjusted according to the specific layout and requirements of the workplace, providing a customizable and effective safety solution.

Overall, flexible barriers offer versatility, durability, and functionality in multiple fields, contributing significantly to safety, protection, and efficient management.