Yokohama Pneumatic Fender with High Density Natural Rubber for Superior Shock Absorption Compliant with ISO17357-1:2014 Standard

Yokohama Pneumatic Fenders are engineered marine impact absorption systems designed for mixed-traffic multipurpose ports, bulk cargo terminals, and industrial maritime logistics hubs where vessels of different displacement classes operate under variable berthing conditions and non-uniform operational schedules.

The system consists of a cylindrical elastomeric pressure body reinforced with multiple layers of high-tensile synthetic tire-cord fabric, forming a sealed pneumatic chamber that utilizes compressed air as the primary energy dissipation medium during vessel contact events.

The operational mechanism is based on controlled pneumatic compression behavior, where internal air pressure increases progressively in response to external kinetic energy generated during vessel berthing. This pressure-controlled deformation converts impact energy into distributed internal resistance, reducing peak reaction forces and stabilizing load transfer between vessel hull structures and quay infrastructure.

A major multipurpose port facility in Durban required a comprehensive upgrade of its berthing protection system due to increasing vessel diversity and rising cargo throughput across container, bulk, and general cargo operations.

Hongruntong Marine supplied a modular Yokohama Pneumatic Fender system designed for multipurpose port applications with mixed vessel traffic. The system was installed along primary and secondary berthing zones to provide uniform energy absorption capability across different operational segments.

Operational evaluation confirmed improved berth utilization efficiency, reduced maintenance frequency for quay structures, and enhanced operational flexibility for port scheduling.

* Other sizes can be produced following client's requirements.

• Multi-Class Vessel Energy Normalization System: Accommodates vessels with different displacement and berthing energy profiles with dynamic compression response
• Variable Frequency Load Fatigue Resistance Structure: Reinforced tire-cord architecture withstands irregular loading cycles from non-uniform vessel traffic
• Industrial Multi-Surface Abrasion Resistance Engineering: Outer elastomer layer resists abrasion from diverse hull materials and maintains mechanical stability
• Adaptive Environmental Compensation Floating System: Floating cylindrical design ensures continuous adaptation to tidal variation and waterline changes

• Multipurpose Commercial Port Operations: Ports handling mixed vessel traffic including container ships, bulk carriers, and general cargo vessels
• Bulk Material Export and Import Terminals: Industrial bulk handling ports managing coal, mineral, grain, and raw material shipments
• Regional Maritime Logistics and Distribution Hubs: Regional logistics centers with varying vessel types and operational schedules

• Industrial Marine Manufacturing and Production Capability: Specialized production facilities with controlled vulcanization processes and precision structural molding
• Multi-Scenario Structural Engineering Expertise: Advanced load distribution modeling for performance stability across mixed vessel environments
• Port-Specific Engineering Customization Solutions: Customized solutions based on vessel traffic composition, berth configuration, and operational requirements
• Global Port Infrastructure Supply and Technical Support Network: Comprehensive engineering consultation, installation guidance, and lifecycle technical support