As a global supplier of marine polyurethane fenders, Aorunda leverages over 30 years of experience in manufacturing rubber and polyurethane products to ensure stable performance even in complex operating conditions and extreme environments. Currently, our products are exported to over 60 countries and regions, covering major shipping and marine engineering markets in Asia, Europe, Africa, and the Americas.
When a ship berths at a dock, the fender generates an impact force upon contact with the hull. Polyurethane fenders, made of highly elastic material, can deform quickly, absorbing the berthing kinetic energy.
The internal structure of the fender disperses the impact force across the entire fender surface, reducing localized stress concentration.
Effect: Energy absorption reduces stress on the ship's structure and damage to the dock's concrete and steel structures, improving berthing safety.
After absorbing energy, marine polyurethane fenders quickly rebound to their original shape. The combined effect of the material and geometry results in a relatively low reaction force. This ensures that the impact will not rebound and damage the hull or dock during berthing.
Polyurethane material is highly wear-resistant, resistant to seawater corrosion, and UV radiation. When used in fender products, the surface can withstand friction, scratches, and impacts without damage, while the internal structure maintains its shape and cushioning performance over a long period.
Effect: The fender maintains its performance even in high-frequency berthing environments, reducing maintenance frequency and replacement costs, making it more convenient to use.
As a factory with R&D and design capabilities, Aorunda can optimize the contact area through shape design (cylindrical, circular, square, etc.) and installation methods. Even if the ship's berthing angle deviates or the tidal range changes significantly, the fender can still evenly distribute pressure. Our customization capabilities ensure that the product can provide stable protection for different ship types and different dock environments, offering targeted solutions.
Aorunda frequently collaborates with companies providing application scenarios for this product, primarily focusing on berthing and complex marine environments. They have established stable partnerships with numerous vessels, docks, and offshore engineering projects.
Commercial Ports and Container Terminals: Provide high-energy absorption protection for large container ships, bulk carriers, and tankers.
Multi-functional Ports: Reduce hull impact and protect the concrete and steel structures of the terminal.
Temporary Berthing Facilities: Polyurethane fenders are easy to install and maintain, meeting emergency berth needs.
Offshore Oil and Gas Platforms: Fenders absorb the impact of ship berthing and supply vessel operations, operating on a similar principle to dock berthing.
Floating Terminals and Commissioning Platforms: Adaptable to conditions with large tidal ranges and complex sea conditions.
Offshore Rescue or Handling Operations: Ensure the safety of ships and floating structures.
Ship Launching and Loading: Protect hull coatings and structures, reducing downtime risks.
Loading, Unloading, and Repairing Large Tonnage Ships: High-energy absorption reduces hull impact during operations.
LNG/Oil and Gas Terminals: These terminals require strict control of reaction forces; ship berthing safety is paramount.
Military Ports and Marine Protection Facilities: Require high durability and stable performance.
Emergency Rescue Dock: Polyurethane fenders can be quickly deployed, providing short-term but reliable berthing protection.
Temporary Port or Construction Dock: Fenders are easy to transport, install, and maintain, making them convenient for construction work or short-term use.
If you are looking for marine polyurethane fender solutions, please call Aorunda's unified customer service hotline: +86-532-87511707, or leave a message online through our website to obtain selection options, quotes, and technical support.
We provide full-cycle services, offering one-stop support from design and installation to maintenance!
