Sway & Surge Rubber Fenders

Sway & Surge Rubber Fenders

Features

  • Safeguards both the substructure and transport barge with rubber fenders throughout the float-over operation.

 

  • Effectively and safely absorbs impact loads, ensuring stability.

 

  • Reduces forward and lateral movement during the mating phase, enhancing precision and safety.

Description

Sway & Surge Rubber Fenders for Floating Operations

SME’s are specifically designed for floating operations, providing exceptional protection during barge and jacket operations. Our advanced fender systems efficiently absorb shock loads, minimizing the risk of damage to barge and jacket structures during mooring, docking, and undocking.

Our rubber fenders(SSRF) deliver reliable protection for barges and jacket structures, reducing collision risks and ensuring stable operations. Designed for harsh marine environments, SME fender systems are built to withstand offshore conditions, guaranteeing long-lasting durability and superior performance.

 

SME’s rubber fender solutions are fully customizable to meet specific project requirements, offering adjustable compression and shear stiffness. These tailored designs provide optimal protection for barges and jacket systems, ensuring enhanced safety and operational efficiency.

SME sway & surge rubber fenders provide reliable protection for barges and jackets, reducing collision risks and ensuring safety in floating operations.

We simulate the force conditions on rubber fenders during floating operations and conduct laboratory tests under various working conditions. These tests ensure our fenders perform excellently in real-world applications, maximizing structural integrity and improving operational efficiency.

 

SME’s custom marine fenders provide reliable protection for docks, shipyards, offshore platforms, and vessels. Designed for extreme marine conditions, our fenders ensure safety and stability in high-impact environments. SME marine fender systems effectively absorb shocks, prevent collision damage, and extend the lifespan of marine facilities, offering long-term durability and performance.