Installing chain and tire net for pneumatic fenders provides additional protection, enhanced energy absorption, improved stability, flexibility, and cost-effectiveness. These factors all contribute to the safety and security of ships and vessels, making it a wise investment for marine applications.
Installing chain and tire nets for pneumatic fenders serves several crucial purposes in marine applications. Here are the main reasons:
- Increased Durability: The chain and tire net structure increases the overall durability of the fender. The chain material, often made of corrosion-resistant materials like Q235HDG, SUS304, or SS316, ensures long-lasting performance even in harsh marine environments.
- Enhanced Protection: Chain and tire nets provide an additional layer of protection for the pneumatic fender body. They help to prevent direct impact damage to the fender during collisions, as well as protect it from abrasion and other external forces.
- Stability and Security: The chain and tire net configuration helps to secure the fender in place and prevent it from shifting or dislodging during use. This ensures that the fender remains effective in absorbing collision energy and protecting the ship or dock.
- Ease of Installation and Maintenance: While the installation of chain and tire nets may require additional steps, they are often designed for easy installation and maintenance. The nets can be easily inspected and repaired if necessary, prolonging the overall lifespan of the fender.
- Compliance with Standards: Many marine pneumatic fenders that incorporate chain and tire nets are designed and manufactured to comply with international standards such as ISO 17357. This ensures that the fenders meet the required safety and performance criteria for marine applications.
In summary, installing chain and tire nets for pneumatic fenders significantly enhances their protection, durability, stability, and compliance with international standards. These factors make them an essential component in marine applications where collision protection is critical.