Yokohama Pneumatic Fender with Low Reaction Force Weather Resistant and Corrosion Resistance for Marine Applications

Yokohama Pneumatic Fenders are engineered marine energy absorption systems designed for emergency berthing operations, rapid-response offshore logistics, and temporary maritime infrastructure deployment where conventional fixed fender installations are unavailable or impractical.

The system is constructed using a cylindrical elastomer pressure body reinforced with multiple layers of high-tensile synthetic tire-cord fabric, forming a sealed pneumatic chamber that operates under controlled compressed air pressure to dissipate kinetic berthing energy.

The operational principle is based on progressive pneumatic compression behavior, where internal air pressure increases in response to external impact forces generated during vessel contact under non-standard or emergency docking conditions.

Location: Typhoon Recovery Port, Philippines

Following a major typhoon event in the Philippines, a regional coastal port experienced severe structural damage to its primary berthing infrastructure, resulting in reduced operational capacity and inability to accommodate medium and large displacement cargo vessels required for humanitarian relief logistics.

Hongruntong Marine supplied a set of Yokohama Pneumatic Fenders configured for emergency deployment and temporary port reconstruction support. The system was rapidly installed along improvised berthing zones using available mooring structures and floating support platforms.

During operational deployment, the fenders demonstrated stable energy absorption performance under irregular vessel approach conditions and non-standard docking geometries, effectively mitigating impact forces during repeated cargo vessel arrivals delivering relief supplies.

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

• Disaster Response and Humanitarian Maritime Logistics: Emergency relief operations where damaged port infrastructure requires temporary replacement of vessel berthing protection systems
• Temporary Offshore and Coastal Construction Support: Short-term marine construction projects requiring temporary docking facilities for equipment transport and material unloading
• Emergency Port Capacity Expansion Operations: Congested ports requiring temporary expansion of berthing capacity during peak demand or maintenance periods

• Emergency Marine Engineering Manufacturing Capability: Specialized manufacturing for rapid-deployment pneumatic fender systems designed for emergency applications
• Unstructured Environment Engineering Expertise: Engineering design principles for unpredictable marine environments and irregular loading conditions
• Rapid Response Custom Engineering Solutions: Fast engineering customization including sizing optimization and deployment configuration
• Global Emergency Maritime Support Capability: Rapid logistics support and technical guidance for international emergency port operations

Yes, the system is specifically designed for emergency deployment in ports with damaged or incomplete infrastructure.

The system can be deployed and activated within a short timeframe depending on inflation setup and mooring availability.

Yes, it is engineered for sustained use under continuous vessel traffic in disaster relief and emergency supply chains.

Yes, the floating design allows full operation in infrastructure-free coastal or offshore environments.

The system supports cargo vessels, supply ships, naval support vessels, and humanitarian logistics ships of varying displacement classes.