EVA Foam Filled Fender

EVA Foam Filled Fender is a high-quality marine protective device designed to absorb impact energy and prevent damage during vessel docking, mooring, and ship-to-ship operations. It is constructed with a closed-cell EVA foam core and a strong outer protective layer, typically made of reinforced polyurethane or heavy-duty rubber, ensuring excellent durability, buoyancy, and resistance to harsh marine environments. Unlike traditional inflatable fenders, EVA foam filled fenders do not require air inflation, making them maintenance-free, puncture-resistant, and highly reliable in critical marine operations.

The structure of EVA Foam Filled Fender allows it to effectively distribute impact force, reducing pressure on both vessels and docking structures. It performs consistently under extreme weather conditions, saltwater corrosion, and heavy impact loads. The fender is available in various shapes such as cylindrical, cone, and arch types, and can be customized in size, color, and performance specifications to meet different marine requirements.

Application Scenarios:
EVA Foam Filled Fenders are widely used in ports, docks, shipyards, offshore platforms, naval vessels, and cargo terminals. They are suitable for ship-to-ship transfer operations, quay wall protection, and harbor docking systems. In offshore environments, they provide reliable protection for floating structures and support safe mooring of large vessels such as cargo ships, tankers, and ferries.

Product Features:

• Closed-cell EVA foam core for high energy absorption
• Maintenance-free and no air inflation required
• Excellent resistance to puncture, corrosion, and UV exposure
• High buoyancy and stable performance in marine environments
• Strong impact resistance for vessel protection
• Available in multiple shapes, sizes, and custom designs
• Long service life with low maintenance cost
• Suitable for harsh offshore and port conditions

EVA Foam Filled Fender provides a safe, durable, and efficient marine protection solution, ensuring reliable performance in demanding maritime applications while minimizing maintenance and operational risks.