Yokohama Rubber Fender with Chain Tyre Net Design for High Energy Absorption and Low Reaction Force

The pneumatic working structure enables the fender to absorb impact energy through controlled compression of its internal air chamber. Unlike rigid contact protection, the rubber body can deform progressively as external pressure increases, helping distribute impact loads across a relatively large contact surface. This is especially important in offshore ship-to-ship operations, where vessel movement is not always predictable and contact conditions may change continuously. The balance between energy absorption and reaction force helps protect vessel hull structures, external coatings, and supporting equipment. Different pressure configurations can be selected to meet specific performance requirements, with technical parameters verified against the manufacturer's performance data.

The internal structure uses multiple layers of synthetic tyre-cord fabric embedded within rubber compounds. These reinforcement layers provide tensile strength and help the fender maintain its shape under repeated loading. The arrangement of reinforcement fabric is a critical manufacturing factor because uneven distribution or insufficient bonding can affect pressure resistance and structural durability. Hongruntong Marine focuses on the coordination of reinforcement placement, rubber forming, and vulcanization to support consistent product quality. This construction is designed for demanding marine environments where the fender must withstand repeated compression, handling loads, and prolonged exposure to moisture and saltwater.

The outer rubber layer is formulated to withstand environmental exposure commonly encountered in ports and offshore areas. It helps resist seawater, ozone, ultraviolet radiation, weathering, and surface abrasion. During ship-to-ship operations, the fender may experience repeated contact with hull coatings, protective structures, and other marine equipment. The rubber covering provides an additional protective barrier for the internal reinforcement layers. Depending on the application, an external chain-and-tire-net arrangement can be added to provide further protection against mechanical wear. Regular inspection remains important for identifying cuts, abnormal deformation, surface deterioration, and other signs of damage.

The floating configuration enables the fender to maintain a suitable contact position as vessel drafts and water levels change. This is particularly valuable for offshore terminals, oil transfer vessels, and floating storage facilities where different vessel types may use the same operational area. Sling-type and chain-and-tire-net configurations provide different installation options. The connection arrangement can incorporate end fittings, lifting components, chains, and shackles selected according to the project's operating requirements. Customized dimensions and accessory configurations help integrate the fender into different mooring arrangements without requiring a completely fixed protection structure.

Yokohama Rubber Fenders are suitable for offshore crude oil transfer, floating storage operations, and tanker-to-tanker cargo handling. Installed between two vessels, they provide a protective buffer that absorbs impact energy and reduces direct hull contact. Their floating characteristics accommodate changes in vessel draft and water level, supporting more flexible transfer operations.

Floating production, storage, and offloading facilities frequently receive supply vessels, shuttle tankers, and other support ships. Yokohama Rubber Fenders can be installed at designated contact areas to reduce impact loads during vessel approach and positioning. Their reinforced rubber construction and available external protection configurations make them suitable for repeated marine contact.

Offshore construction projects involve frequent vessel movements, including the positioning of workboats, barges, crane vessels, and support ships. Pneumatic fenders can provide temporary or reusable protection between vessels and marine structures. Their flexibility allows project operators to reposition the equipment as construction requirements change, provided that the installation arrangement is properly designed for the operating loads.

Hongruntong Marine has accumulated more than 30 years of manufacturing experience in marine rubber products and related industrial equipment. This background provides a solid understanding of reinforced rubber structures, pneumatic pressure systems, marine material requirements, and production process control. Manufacturing Yokohama Rubber Fenders requires more than producing a rubber outer shell. The internal reinforcement, rubber bonding, end fittings, pressure resistance, and overall structural dimensions must work together to meet the intended operating conditions. Our manufacturing experience supports the coordination of these technical factors and helps customers select suitable configurations for different vessel protection requirements.

Offshore projects often involve different vessel sizes, environmental conditions, and operational procedures. A standard product dimension may not be appropriate for every installation. Hongruntong Marine can evaluate customer requirements and provide customized dimensions, pressure configurations, protective net arrangements, and connection accessories. For ship-to-ship operations, important considerations include vessel displacement, freeboard, relative movement, berthing energy, and the number and positioning of fenders. For port applications, tidal range, berth geometry, and vessel traffic frequency also influence product selection. Our project-based approach helps ensure that the supplied configuration is compatible with the intended application.

Material quality directly affects the structural performance and service life of pneumatic fenders. Hongruntong Marine emphasizes the use of suitable rubber compounds and high-strength reinforcement fabric to support pressure resistance, flexibility, and environmental durability. Production involves several coordinated stages, including material preparation, reinforcement arrangement, rubber forming, vulcanization, fitting installation, and finished-product inspection. Particular attention is given to the bonding between rubber and reinforcement layers because separation or internal defects can compromise the fender's pressure-holding capability. Inspection procedures can include dimensional verification, appearance inspection, and pressure testing according to the agreed product specification.

Marine equipment procurement often involves technical communication between shipowners, engineering contractors, port operators, and purchasing departments. Hongruntong Marine supports customers throughout product selection and procurement by providing technical specifications, dimensional information, configuration recommendations, and relevant manufacturing documentation. For international projects, clear communication helps customers confirm technical requirements before production and reduce potential installation misunderstandings. After delivery, customers can receive guidance regarding inflation pressure, handling, installation, storage, and routine inspection. Spare accessories and replacement components can also be discussed according to the selected product configuration and maintenance requirements.