SOUTHEAST ASIA, July 7, 2025 – International port collision protection technology has advanced significantly. Leading Chinese manufacturer Kono Airbag Fender Co., Ltd., in deep collaboration with Nanyang OceanSafe, has successfully deployed over 100 sets of its innovative foam-filled floating fenders across key Southeast Asian ports. This large-scale rollout aims to provide the busy global shipping industry with more efficient, reliable collision protection, enhancing berthing safety and dock infrastructure durability.
Compared to traditional pneumatic fenders, these foam-filled units offer breakthrough performance: a 40% increase in energy absorption capacity for equivalent sizes, enabling better resistance to massive ship impacts. Crucially, their unique "inclined reaction force curve" provides a "softer" buffer than traditional fenders prone to buckling, significantly improving vessel handling during berthing and reducing instantaneous pressure on both ship hulls and dock structures, thereby extending their lifespan.
Key advantages stem from innovative design and premium materials:
Superior Performance: Optimally balances high energy absorption with low reaction force, precisely conforming to hull contours and protrusions for comprehensive protection.
Enhanced Durability: A tough nylon-reinforced polyurethane shell offers excellent abrasion and tear resistance. Special internal foam ensures full functionality even if the shell is punctured, guaranteeing uninterrupted safety.
Cost Efficiency: Robust design minimizes maintenance, reducing long-term port costs. Modular construction enables quick, easy installation with minimal disruption to port operations.
Kono stated this successful partnership and deployment in Southeast Asia signifies strong international recognition for its innovative fender technology. The new foam-filled floating fenders offer port operators and shipowners a superior safety choice and contribute significantly to addressing the challenges of berthing increasingly large vessels and enhancing the resilience of global maritime logistics.
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