Marine Super Arch Fender are critical safety components used in the docking and mooring of ships and vessels, providing a cushioning mechanism to prevent damage during contact with piers, docks, or other ships. Among the various types of marine fenders, the Marine Super Arch Fender is one of the most widely used and versatile options. Known for its robust construction, effective performance, and adaptability, it is commonly employed in both commercial and industrial applications, including ports, harbors, and offshore structures.

These fenders are particularly effective for applications where large vessels with high berthing energies need to be docked. Their unique arch design allows them to distribute the load evenly and offer a greater cushioning effect compared to traditional cylindrical or square fenders. The Marine Super Arch Fender is known for its durability, long-lasting performance, and resistance to harsh marine conditions such as saltwater, UV rays, and extreme temperatures.

The proper installation of Marine Super Arch Fenders is crucial for their effectiveness. Here are some essential installation guidelines to follow:

Positioning: Marine Super Arch Fenders should be installed at the correct height and angle to ensure maximum energy absorption during impact. The fender should be positioned to absorb the majority of the vessel's berthing energy, which minimizes the stress on both the vessel and the dock.

Mounting: The fenders should be securely mounted to the quay wall, pier, or dock structure using appropriate brackets or fixing systems. The mounting system should be robust enough to handle the loads generated during vessel docking. The use of corrosion-resistant materials for mounting is also recommended, as these fenders are exposed to harsh marine environments.

Spacing: Ensure that the fenders are spaced adequately along the structure to provide consistent protection across the entire docking area. The spacing will depend on the size and type of vessels docking at the port, as well as the expected impact forces.

Correct Alignment: The alignment of the fender system is critical. Ensure that the fender is positioned perpendicular to the expected impact direction to achieve uniform load distribution. Misalignment can lead to uneven wear and reduced efficiency.

Super Arch Type fenders are introduced to improve upon the performance of cylindrical fenders. Our Super Arch Type rubber fenders have a better Energy/Reaction force ratio and recommended for all types of applications. The very shape of these fenders helps to dissipate the stress evenly.