幻灯片图片尺寸建议：1920px * 700px
As an important part of the whole marine fender system, the steel panels are used to distribute the reaction forces from the rubber units into the ship hull. They are resist combinations of bending, shear and local buckling. 
Foam fenders have different design to meet the various application: Guard type(Netless),Cushion type(Netted), Small shipboard type and rubber Foam fenders;
Donut Fenders are ideal for turning structures, lead-in jet ties, berthing dolphins, and guiding support. Donut Fenders offer exceptional energy absorption, hassle-free installation, and low maintenance, making them a top choice for protecting vessels and structures from damage at dock and port entrances, particularly bridge supports and mono piles. 
Sling-type fenders offer quick installation and require minimal maintenance. Additionally, they are suitable for use in areas with both small and large tidal ranges and can maintain large clearances between the hull and structure. 
Hydro pneumatic Fenders are a version of pneumatic fenders that are installed vertically instead of horizontally, specifically engineered to provide low reaction force on sensitive berthing for large-draft vessels and submarines with delicate hulls.One of the most important criteria for using a Hydro-pneumatic fender is its high energy absorption capacity and low reaction force, which are vital factors for submarine applications. 
With two fundamental types of Pneumatic Fenders:Type I (net type) and Type II (sling type). The selection of the most suitable type for a specific application depends on the intended use of the fender and the requirements of the facility in question.
ME Rubber fender with higher energy absorption, with smaller changes in performance under angular compression.
Extruded fenders are simple rubber profiles, usually attached with bolts to the structure. Extrusions can be made in virtually any length then cut and drilled to suit each application. 
Berth corners are very difficult to protect. Corner Arch fenders are economical and extensively used to protect corners of Berthing structures/Jetties/Harbours from the impact of moving vessels/boats,easily installed solution to prevent damage from smaller vessels. Corner Arch Fenders are also used to protect an entrance to a channel. 
DA-A type Arch Fender
W type rubber fenders have been developed for use as push-pads for tugboats,and are also ideal for protecting the berthing section of a pontoon or bridge piles. 
Roller/Wheel fenders are widely used on exposed corners to help ships manoeuvre into berths and narrow channels such as locks and dry-dock entrances. 
Tugboat fender are installed on tug boats, must work harder, for longer and under more extreme conditions than any other fender type. 
Material: Cast Iron, cast steel and ductile iron(Spheroidal Graphite)
Material: Cast Iron, cast steel and ductile iron(Spheroidal Graphite)
Material: Cast Iron, cast steel and ductile iron(Spheroidal Graphite)
Material: Cast Iron, cast steel and ductile iron(Spheroidal Graphite)
Material: Cast Iron, Cast Steel and Ductile Iron(Spheroidal Graphite)
Material: Cast Iron, cast steel and ductile iron(Spheroidal Graphite)
Material: Cast Iron, cast steel and ductile iron(Spheroidal Graphite)
Hall anchor is used all over the world as one of the most popular Stockless Bow Anchors. There are few types of Hall anchor differ by the length and shape of shank cross section (rectangle, circular, shortened rectangular cross section – for perfect fit to hawse pipe).
Delta flipper anchor is a superior high holding power anchor with its easy handling and rapid penetration in different soil conditions and is well known worldwide. The HHP anchor has an open construction for smooth penetration in different kinds of soil and no rotation, which means no decrease of holding capacity and no dragging of the anchor. It is manufactured from high tensile steel. It normally used in offshore project with high holding power. 
High holding power (HHP) anchor allows choosing the less weight. Danforth anchors are actively using in the shipping, offshore and dredging.
Rubber fenders are an essential component of any marine operation, safeguarding vessels and port infrastructure from costly damage during berthing and mooring. But with so many types and manufacturers on the market, choosing the right rubber fender can be a daunting task.This comprehensive guide wil
READ MORE
Introduction:Ports are the lifeblood of global trade, and ensuring their safety and efficiency is paramount. Rubber fenders, often overlooked but critically important, play a vital role in safeguarding both port infrastructure and vessels during berthing. This comprehensive guide delves into the wor
READ MORE
Nanjing Taidun guide breaks down the full ship berthing process using professional marine fender systems, highlighting the core role of these systems in absorbing kinetic energy and protecting both vessels and port infrastructure from impact damage. It covers the full step-by-step berthing workflow, the most common types of marine fender systems and their ideal use cases, essential components of a functional fender assembly, and proven best practices for safe, efficient berthing. The content is tailored for port operators, ship owners, marine engineers, and procurement teams searching for reliable fendering solutions, emphasizing the value of high-quality, certified systems in reducing operational risks, cutting repair costs, and boosting overall port productivity.
Nanjing Taidun focused guide breaks down the complete process for calculating mooring bollard load capacity, including preliminary vessel displacement sizing, industry-standard SLS/ULS/ALS formulas, site-specific adjustments, and common calculation errors. Aligned with BS 6349, PIANC, and OCIMF maritime standards, it helps engineers, port managers, and procurement buyers select safe, cost-effective mooring bollards to prevent structural failure, ensure regulatory compliance, and optimize port operations.
Nanjing Taidun provides a detailed side-by-side comparison of structural design, load capacity, installation, usage, materials and durability, paired with clear, practical guidance on ideal use cases for each fixture. The article also outlines critical purchasing mistakes to avoid and a high-conversion buyer inquiry checklist, helping port operators, shipbuilders and procurement teams make confident, cost-effective, compliant decisions.
Nanjing Taidun focused guide outlines the six most common marine mooring bollard problems, including saltwater corrosion, loose foundations, weld damage, bent posts, worn line surfaces and faded SWL markings, with clear, step-by-step troubleshooting and actionable quick fixes for port and ship maintenance teams. It emphasizes non-negotiable safety protocols, clearly differentiates between repairable faults and irreparable damage requiring full replacement, and provides a proactive maintenance checklist to prevent future failures.
