Product Description – EVA Foam Filled Fender
Engineered with precision and built to last, our EVA Foam Filled Fender delivers outstanding collision protection for vessels, port terminals, and offshore structures. Manufactured from high‑grade closed‑cell EVA (Ethylene‑Vinyl Acetate) and fully certified to ISO 17357, this fender offers a perfect balance of high energy absorption, low reaction force, and exceptional buoyancy, ensuring safe and efficient berthing operations even under the most demanding conditions.

The core of the fender is constructed from premium closed‑cell EVA foam, a material renowned for its complete water impermeability, excellent resilience, and superior resistance to seawater, UV degradation, and abrasive wear. Unlike traditional foam types, our EVA composition does not retain water, preventing weight increase and performance decline over time. The standard density is maintained at 70 kg/m³, which provides ideal compression characteristics for typical marine applications. For projects requiring higher impact resistance or increased load capacity, we offer a customizable density of up to 110 kg/m³ – allowing you to adjust the fender’s stiffness and energy dissipation precisely to your vessel’s tonnage, berthing speed, and tidal conditions.

Recognizing that every docking setup is unique, we provide full dimensional and aesthetic customization. The fender’s outer diameter can be produced in a wide range from 0.5 m to 4.8 m, while the length can be tailored from 1 m to 12 m – accommodating everything from small fishing vessels to ultra‑large container ships and bulk carriers. In addition, the surface colour can be customized to your preference, facilitating easy identification, fleet coordination, or simply matching your port’s visual identity. All custom orders are backed by detailed engineering calculations to verify performance under your specific operational parameters.

Quality assurance is at the heart of our manufacturing process. Every fender undergoes a strict pressure test before it is deflated, folded, and packed for shipment. This test verifies the integrity of the foam core, the uniformity of compression, and the secure sealing of all components, guaranteeing that each unit meets our rigorous standards. Only after successfully passing this inspection does the product receive our final quality clearance. We also supply comprehensive documentation, including material test certificates, factory acceptance test records, and ISO 17357 compliance statements, to support your project approvals by classification societies or port authorities.

The operational benefits of our EVA foam filled fender are numerous. Its closed‑cell structure ensures constant buoyancy, making deployment and retrieval simple and cost‑effective. The low reaction force reduces peak impact loads on both the vessel hull and the quay wall, minimising structural stress and extending the service life of your shore facilities. The material’s rapid recovery and high elasticity guarantee consistent cushioning performance even after repeated compression cycles, while the robust outer rubber cover provides added protection against punctures and abrasion, ensuring long‑term reliability in harsh marine climates.

These fenders find wide application across the maritime industry. They are ideal for commercial ports, container terminals, ship‑to‑ship transfer operations, offshore platforms, ferry terminals, yacht marinas, and inland waterway docks. Their versatility and proven performance make them a trusted choice for both routine berthing and emergency fendering.

We stand behind the quality of our product with a 1‑year warranty against manufacturing defects. Our technical support team offers prompt assistance with installation, maintenance, and troubleshooting. Routine care is minimal – periodic visual checks and surface washing are sufficient to keep the fender in optimal condition, ensuring a low total cost of ownership over its long service life.

Choose our EVA Foam Filled Fender for a robust, customizable, and certified solution that combines advanced materials with meticulous craftsmanship, providing uncompromised protection and operational peace of mind.