Composite Fenders are a type of marine fender that combines the resilient properties of rubber with the high abrasion resistance of UHMW-PE facing pads. Composite fenders represent the pinnacle of modern marine engineering, blending advanced materials and innovative design to deliver unparalleled protection and performance in maritime environments.


The fusion of rubber and composite elements results in fenders with exceptional strength-to-weight ratios, allowing for enhanced energy absorption capabilities while minimizing structural weight. This translates into reduced installation complexity and lower overall costs without compromising on safety or effectiveness.


Composite Fenders represent a paradigm shift in marine protection technology, offering a harmonious blend of strength, resilience, and adaptability. With their innovative design and exceptional performance, they stand at the forefront of safeguarding vessels, infrastructure, and the marine environment, driving forward progress in maritime safety and efficiency.

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COMPOSITE FENDERS

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Composite Fenders

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Marine Fenders

Marine Fenders

  •  Exceptional Strength

    Lightweight Construction

    Resilient Performance

    Corrosion Resistance

    Long Service Life

    nhanced Energy Absorption

  • √ Enhanced Safety: Composite fenders provide a cushioning barrier between vessels and structures, minimizing the risk of damage, injuries, and accidents during docking and mooring operations. This significantly improves overall safety for personnel, vessels, and infrastructure.

     


    √ Cost Efficiency: Due to their durable construction and long service life, composite fenders offer significant cost savings over time. With reduced maintenance requirements and extended replacement intervals, they lower lifecycle costs and provide a higher return on investment compared to traditional fendering systems.

     

     

    √ Adaptability to Harsh Conditions: Composite fenders exhibit superior resistance to a wide range of environmental factors, including UV radiation, extreme temperatures, and corrosive elements present in saltwater environments. This resilience allows them to maintain optimal performance and structural integrity even under the most challenging conditions, ensuring reliable protection in harsh marine environments.

  • ● Ports and harbors
    ● LNG terminals
    ● Container terminals
    ● Ferry terminals
    ● Naval bases and shipyards
    ● Ro-Ro (Roll-on/Roll-off) berths