How to Choose the Right Marine Fender System: A Manufacturer’s Guide

SME Marine fender system applications across ports, offshore platforms, LNG terminals, ship-to-ship operations and tugboat berthing

Home Blog Marine Fender Selection Guide Marine Fender Engineering Guide How to Choose the Right Marine Fender System: A Manufacturer’s Guide Practical considerations from vessel berthing conditions to fender performance, structural loads, and installation. Published: October 4, 2026   |   Author: SME MARINE Selecting the right marine fender system is essential for protecting vessels, […]

Mooring Bollard Load Capacity: Material & Design Insights

Close-up view of SME Marine T-head bollards mounted on the pier head for ship mooring

Mooring Bollard Load Capacity: How Material and Design Affect Performance Mooring bollards are critical components for safe berthing and docking operations in ports, marinas, and offshore facilities. However, choosing the right bollard involves more than appearance. Its material, structural design, and foundation all influence load capacity, durability, and operational safety. Explore our mooring bollard product […]

Mooring Bollard Inspection Guide | How to Ensure Safe Berthing

Inspector performing on-site inspection of a mooring bollard at the wharf using a handheld testing device to check surface condition and coating integrity

Mooring Bollard Inspection: Checklist, Frequency and Maintenance Regular mooring bollard inspection is essential for maintaining safe and efficient berthing operations. Even strong bollards can deteriorate over time due to continuous loading, vibration, and exposure to harsh marine environments. Therefore, a structured inspection program helps identify potential problems before they lead to equipment failure. In addition, […]

Marine Fenders in Singapore: Replacement, Ship Repair & Marine Supply

Aerial view of the busy Singapore container port with rows of colorful containers, green quay cranes and a container vessel berthed alongside the wharf for loading and unloading operations

Home / Blog / Marine Fenders in Singapore Marine Fenders in Singapore Reliable Fender Solutions for Ports, Ship Repair and Marine Supply Singapore is one of the world’s major maritime and shipping hubs. Its busy port operations, ship repair activities and international vessel traffic create ongoing demand for dependable marine fender systems and replacement components. […]

Are All Marine Fenders Really 100% Qualified?

Mechanical performance test of a marine rubber fender on a compression testing machine, showing the force–deflection curve, energy absorption and reaction force measurement in accordance with ASTM F2192 and HG/T 2866

Are All Marine Fenders Really 100% Qualified? Understanding the Mechanical Testing Behind Rubber Fendering Systems Many engineers and port operators often ask: Are all rubber marine fenders that leave the factory truly qualified? In practice, it’s rare to hear about fenders being scrapped due to failed testing. In many cases, inspection only includes visual checks […]

Marine Fender Failure: Causes, Risks, and Prevention for Port Safety

Frontal panel of a marine fender system bent and deformed after vessel berthing, caused by inadequate structural strength and poor load distribution

Home / Blog / Fender Failure Guide Marine Fender Failure: Causes, Risks, and Prevention for Port Safety During port docking operations, marine fender systems play a vital role in protecting vessels, berthing structures, and port facilities. However, even a well-designed system can fail when material quality, installation, or maintenance falls below the required standard. Such […]

How to install marine fenders safely and efficiently?

Workers guiding the lifting and installation of a cone fender at a port, with the rubber fender suspended by crane and being positioned for mounting on the dock structure

IntroductionInstalling rubber fenders correctly is crucial for protecting both vessels and port structures. Proper installation increases safety and performance during berthing and extends the fender’s service life. This guide answers the common question “How to install a rubber fender?” and provides clear, step-by-step instructions for engineers, contractors, and port operators.   Part I – Cell […]

Challenges of rubber fendering with a large Front Panel Design

cell fender systems

The installation and configuration of Fender Systems often adhere to standardized body dimensions and corresponding front panel sizes. Typically, larger front plates utilize a two-cell-one-panel or three-cell-one-panel configuration, either horizontally or vertically. In contrast, the adoption of a low-reaction-force, high-energy-absorbing single-cell design with an oversized front panel in this project presented significant challenges, therefore requiring […]

SME completed the rapid delivery of dock fender systems and ship bollards for the Jiaozhou Bay project.

SME Marine rubber fenders and mooring bollards installed on a marine terminal, providing berthing protection and vessel mooring support

During the quay expansion in Jiaozhou Bay, SME fully supported clients by delivering high-quality dock fender systems and ship bollards. These solutions were customized to meet their unique requirements. Our marine bollards and fender systems ensure safety, durability, and efficiency throughout the construction process. Moreover, we focused on meeting the project’s September 2024 completion target. […]

SME Wins Another Major Rubber Fenders and Mooring Bollards Project in Indonesia (One Belt, One Road Initiative)

Ultra-wide panoramic aerial view of Indonesia Morowali Industrial Park (IMIP) port, showing the entire peninsula with berths, stockyards, processing plants and surrounding sea

SME has secured a contract for a 100,000-tonne raw ore terminal in Sulawesi Province, Indonesia. This project involves the supply and installation of critical infrastructure, including 28 cell marine fender systems and 28 150-ton mooring bollards. This achievement marks another milestone in SME’s continued expansion in Indonesia’s port and terminal cluster. The region already hosts […]