China Professional Super Cell Boat Rubber Fender Marine For Docking

China Professional Super Cell Boat Rubber Fender Marine For Docking

Description

Cell Rubber Fender is also known as SC rubber fenders. They are among one of the most used rubber fenders in the maritime industry. Its simplicity, easy to installation, strength and high performance has made a solid performance record. Available in variety of shapes and size they are capable of supporting both small and large vessels with minimum reaction force. The key feature of this design is that it can be used for vessels with low hull design.

Furthermore, Cell Rubber Fenders can be used alone, as a pair or in multiple combinations. It consists of a rubber embedded flange mounted on a hollow cylindrical body. Cell Rubber Fender offers high energy to weight ratio and is a cost-effective solution to the modern parallel motion fenders.

Specifications

Features

High Energy Absorption with Low Reaction Force
Cell Rubber Fenders are designed with an advanced structure that maximizes energy absorption while minimizing reaction forces, ensuring superior protection for vessels and port infrastructure.

Strong and Durable Construction
Made from high-quality, marine-grade rubber, these fenders offer exceptional resistance to wear, UV exposure, and harsh marine conditions, providing long-lasting performance with minimal maintenance.

Wide Contact Area for Better Stability
The unique shape of Cell Rubber Fenders allows for a larger contact surface, ensuring even load distribution and reducing concentrated stress on both the vessel and dock structures.

Versatile and Customizable for Various Applications
These fenders are ideal for a wide range of marine applications, including commercial ports, oil and gas terminals, and container berths, and can be customized in size, hardness, and mounting configurations to meet specific operational needs.

Applications

● General Cargo Terminals

● Oil and LNG facilities

● Bulk terminals

● RoRo and cruise terminals

● Navy

● Multi-user berths

● Container Bulk Terminals

● Cruise Terminals

Advantages

Over 30 Years of Manufacturing Expertise
With more than three decades of experience, our factory has developed extensive technical knowledge and craftsmanship in producing high performance Cell Rubber Fenders.

Advanced Production Technology
We utilize state of the art manufacturing techniques and strict quality control processes to ensure our fenders meet international standards for durability, energy absorption, and low reaction force.

Customized Solutions for Various Applications
We offer tailor-made Cell Rubber Fenders to meet specific project requirements, including different sizes, hardness levels, and mounting configurations to suit various marine environments.

Reliable and Cost Effective Products
Our fenders are designed for long term durability, requiring minimal maintenance while providing excellent protection, making them a cost-effective and highly reliable solution for ports, docks, and offshore facilities.

FAQ

1. What are the advantages of Cell Rubber Fenders compared to other fender types?
Cell Rubber Fenders provide high energy absorption with low reaction force, a wide contact area for even load distribution, and excellent durability in harsh marine conditions. Their design makes them highly effective for protecting large vessels and port infrastructure.

2. What materials are used in manufacturing Cell Rubber Fenders?
Our Cell Rubber Fenders are made from premium marine-grade rubber, which offers excellent resistance to UV rays, saltwater corrosion, extreme weather conditions, and heavy impacts.

3. Where are Cell Rubber Fenders commonly used?
They are widely used in commercial ports, container terminals, oil and gas terminals, offshore platforms, naval bases, and shipyards, providing reliable protection for various docking applications.

4. Can Cell Rubber Fenders be customized?
Yes, we offer customized solutions, including different sizes, rubber hardness levels, and mounting options to meet the specific needs of different marine environments and vessel types.