Ship-to-Ship Fenders
11/20/2024
Ship-to-Ship Fenders
11/20/2024

Installation of Rubber Fenders

Installation of Rubber Fenders

  1. Choose the Appropriate Fender Type
    • Select the appropriate rubber fender type based on the operating environment, ship size, weight, and other factors. Common types of rubber fenders include vertical fenders, ship fenders, U-shaped fenders, and V-shaped fenders, each suitable for different installation locations and protection needs.
    • When choosing a fender, consider factors such as the collision energy, speed of the ship, dock structure, as well as tidal and weather conditions.
  2. Preparation Before Installation
    • Measurement and Positioning: Before installation, accurately measure and mark the installation location to ensure the rubber fender aligns properly with the contact area of the ship.
    • Check Fixing Points: When installing rubber fenders, ensure the fixing points are strong and reliable. Steel or concrete fixtures are typically used to secure the fender in place.
    • Clean the Installation Surface: Ensure the installation surface is clean, free from debris, rust, or corrosion. A clean and smooth surface will enhance the stability of the fender installation.
  3. Installation Process
    • Fixing Method: Rubber fenders are typically fixed to docks or ships using steel plates, bolts, adhesives, etc. When installing, ensure that the fixing points are evenly distributed to avoid concentrated loads.
    • Positioning and Alignment: The rubber fender should be installed parallel to the ship’s contact surface and perpendicular to the dock surface to ensure optimal energy absorption from collisions.
    • Tighten Bolts: Bolts or fasteners should be tightened according to the specified torque to prevent loosening, which could cause the fender to detach or be improperly installed.
  4. Inspection and Adjustment
    • After initial installation, check whether the fender is correctly aligned, and ensure there are no gaps or deformations.
    • After installation, conduct a test to simulate the approach of the ship and verify that the fender can effectively absorb impact energy.