Ship Cylindrical Marine Fenders Dock Rubber Fender Tug Boat Fender

Ship Cylindrical Marine Fenders Dock Rubber Fender Tug Boat Fender

Description

Cylindrical Marine Fenders are one of the most commonly used fender types in marine applications, known for their simple yet highly effective design. These fenders provide excellent energy absorption and low reaction force, making them ideal for various berthing conditions. Their cylindrical shape allows for flexible installation, whether suspended with chains or mounted directly onto quay walls and structures.

Made from high quality rubber, Cylindrical Marine Fenders are durable, resistant to harsh marine environments, and require minimal maintenance. They are widely used in ports, docks, and ship-to-ship operations, effectively protecting vessels and structures from impact damage.

Specifications

Features

High Energy Absorption Low Reaction Force
Cylindrical Marine Fenders efficiently absorb impact energy while minimizing reaction forces, reducing stress on both vessels and berthing structures.

Durable Weather Resistant
Manufactured from premium marine-grade rubber, these fenders offer excellent resistance to wear, UV exposure, and harsh marine environments, ensuring long service life with minimal maintenance.

Flexible Installation Options
Designed for versatility, Cylindrical Fenders can be installed horizontally, vertically, or suspended with chains, adapting to different berthing conditions and structural requirements.

Cost Effective Reliable
with a simple yet highly effective design, these fenders provide a long-lasting and economical solution for ports, docks, and offshore structures, delivering consistent performance and protection.

Applications

● Bulk cargo berths

● General cargo quays

● Fishing and workboat berths

● Pontoons and floating structures

● Tug havens

Advantages

Quality

DockFender cylindrical marine fenders always maintain high quality. We insist on using 100% natural rubber, coupled with a special angle design, so that our cylindrical marine fenders can be more durable and perform better.

Service

DockFender adheres to the principle of customer first. Our professional customer service team can not only provide you with the most professional product recommendations, but also help you customize project solutions.

After sales Service

DockFender 's fixed cylindrical fenders can be guaranteed for 36 months. As long as you use it normally, we can guarantee replacement for any product quality problems during the warranty period.

Customize

All products of DockFender can be specially customized according to customer requirements, let us know your needs!

FAQ

1. What are Cylindrical Marine Fenders made of?
Cylindrical Marine Fenders are primarily made from high-quality marine-grade rubber, ensuring durability, resistance to UV, saltwater, and other harsh environmental conditions. Some fenders may also incorporate steel reinforcements for added strength.

2. How do Cylindrical Marine Fenders protect vessels?
These fenders absorb the impact energy when a vessel docks, minimizing the forces transferred to the ship and port infrastructure. Their cylindrical shape ensures a smooth distribution of the impact force, reducing the risk of damage to both the vessel and the docking structure.

3. What are the installation options for Cylindrical Marine Fenders?
Cylindrical fenders offer flexible installation methods, including horizontal or vertical mounting on quay walls, piers, or using chain suspension. They can also be positioned on ship-to-ship or offshore platforms, making them adaptable to different environments.

4. How long do Cylindrical Marine Fenders last?
With proper maintenance and in typical marine conditions, Cylindrical Marine Fenders can last several years. Their robust rubber construction ensures they endure heavy impacts and resist wear, UV exposure, and corrosion from saltwater, making them a long-lasting solution.

5. Can Cylindrical Marine Fenders be customized for specific needs?
Yes, Cylindrical Marine Fenders can be customized in terms of size, hardness, and reinforcement based on specific requirements of the installation environment, vessel size, and expected impact loads.