This is seriously an ad for pneumatic fenders?
Pneumatic fenders protect ships by absorbing the kinetic energy generated during berthing or mooring and reducing the impact force between the ship and a dock or another vessel. Here’s how they work:
Energy Absorption: Pneumatic fenders are essentially large, air-filled rubber cylinders. When a ship approaches a dock or another vessel, the fender compresses, and the air inside it absorbs the kinetic energy from the moving ship. This energy absorption minimizes the force of the impact, preventing damage to the ship’s hull and the dock.
Shock Absorption: The flexibility of pneumatic fenders allows them to deform under pressure, distributing the impact force over a larger area. This shock absorption is critical in preventing dents, scratches, or more severe damage to the ship’s structure.
Floating Capability: Unlike solid fenders, pneumatic fenders are buoyant and float on water, making them ideal for use in tidal areas where water levels fluctuate. They maintain their protective positioning regardless of changes in the ship’s draft or water level.
Versatility and Adaptability: Pneumatic fenders can be used in a variety of situations, including ship-to-dock, ship-to-ship operations, and even as emergency fenders in rough seas. Their adaptability makes them a preferred choice in ports and harbors around the world.
By using innovative marine protection solutions like pneumatic fenders, ports and ships can significantly reduce the risk of damage during docking and mooring, ensuring safer operations and extending the lifespan of both vessels and port infrastructure.
