EVA Foam Filled Fender

EVA foam filled fenders are high-performance marine protection products designed to absorb impact energy during ship berthing and docking operations. The fenders are constructed with a strong outer polyurethane elastomer skin and filled with closed-cell EVA foam core, providing excellent floating performance, high energy absorption, and low reaction force. Compared with traditional pneumatic fenders, EVA foam filled fenders offer greater durability, puncture resistance, and maintenance-free operation, making them widely used in ports, harbors, offshore platforms, shipyards, naval docks, and marine transportation industries. The fenders can maintain stable performance even under harsh marine environments, including extreme temperatures, seawater corrosion, and heavy-duty collision conditions. Equipped with high-strength chain and tire net systems or customized protective structures, the fenders ensure long service life and reliable vessel protection. Their lightweight yet durable structure allows convenient installation, transportation, and maintenance. EVA foam filled fenders are available in various sizes, colors, and specifications to meet different vessel types and docking requirements, including tugboats, cargo ships, yachts, tankers, and naval vessels.

In practical applications, EVA foam filled fenders effectively reduce collision impact between ships and docking structures, protecting both vessels and port facilities from damage. The fenders feature high elasticity, excellent buoyancy, weather resistance, UV resistance, and low maintenance costs, making them ideal for long-term marine use. Their non-sinking foam core design ensures continuous functionality even if the outer layer is damaged. Customized solutions are available according to customer requirements, including size, color, flange systems, and protective accessories. With stable performance, high safety standards, and outstanding durability, EVA foam filled fenders have become an essential marine protection solution for modern harbor and offshore engineering projects.