Arch Rubber Fenders
SME Marine supplies arch rubber fenders for ports, terminals, shipyards and marine infrastructure projects. The proven V-shaped design provides high energy absorption with a low, stable reaction force. Its open geometry helps reduce debris buildup and offers resistance to berthing shear.
Arch Fender Sizes & Models
SME Marine arch rubber fenders are available in a range of standard heights to suit different berthing conditions. The product range includes SA models from 200 mm to 1000 mm.
For projects requiring additional contact area or a low-friction facing surface, SA-B and SA-P configurations are also available.
A Practical Fender Solution for Marine Facilities
Compared with more complex cell and cone fender systems, arch rubber fenders feature a simple, robust structure that supports efficient production and straightforward installation.
Their V-shaped profile combines useful energy absorption with a relatively low reaction force. In addition, the open geometry allows debris to pass through more easily than enclosed profiles.
These characteristics make arch fenders a practical option for ports, harbours, shipyards and other marine facilities seeking dependable berthing protection and competitive project costs.
SA-B and SA-P Arch Fender Options
Arch rubber fenders can be supplied with different front-facing arrangements to suit vessel contact conditions and berth requirements. SA-B and SA-P options provide additional protection and contact-performance choices.
Arch Fender with Steel Front Panel
The SA-B configuration uses a steel front panel to provide a larger contact area between the fender and the vessel. As a result, it helps distribute berthing loads across the contact surface and supports more consistent vessel protection.
Arch Fender with UHMW-PE Facing Pad
The SA-P configuration features a UHMW-PE facing pad that provides a low-friction contact surface. This arrangement helps reduce friction and shear forces during vessel movement along the berth.
Both configurations help protect vessels and quay structures. Depending on the berth design and operating conditions, the selected facing arrangement can improve contact performance and help reduce surface pressure.
Quality Control from Material Selection to Final Testing
Consistent product quality starts with careful control at every stage of production.
SME Marine applies quality checks throughout the manufacturing process, from raw material selection and rubber processing to product inspection and final testing.
Our production team monitors material and manufacturing conditions to help maintain consistent product characteristics. Furthermore, inspection procedures support the evaluation of product dimensions, appearance and performance.
For engineering projects, we evaluate fender performance with reference to applicable international standards and the PIANC Fender Guidelines , taking specific project requirements into account.
Complete Your Berthing Protection System
Arch rubber fenders work alongside mooring equipment to support safe and efficient berthing operations. For jetties, pontoons and floating structures, a suitable combination of fender systems and mooring bollards helps provide both impact protection and secure vessel mooring.
Explore our mooring bollard range to find suitable equipment for your port or marine infrastructure project.
Explore Mooring Bollards →Arch Rubber Fender Applications
SME Marine arch rubber fenders serve a range of port and infrastructure projects. The following examples demonstrate their use in different marine environments.
Xijiang Super Bridge
Guangdong, China
Supply of 600 pcs SA500 arch rubber fenders for the project.
Caofeidian Ore Terminal
China
Supply of 32 pcs SA-B arch rubber fenders for the terminal.
Where Arch Rubber Fenders Are Used
With their robust construction and flexible configuration options, arch rubber fenders can serve a variety of berthing environments.
Looking for the Right Arch Rubber Fender?
Contact SME Marine to discuss your berth conditions, fender dimensions and configuration requirements. Our team can help you identify a suitable solution for your marine project.
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