Nitrile Rubber Port Berthing Fenders ABS Certificate for Protection

Customized PIANC2002 Cone Rubber Fenders 900H ABS Certificate Port Berthing

Description

Cone rubber fenders are an efficient rubber fender type that can be used in a variety of applications. It is an improved version of the cell fender with the best performance and is recommended for all types of applications, including site with large tidal changes. It has a conical shape and a fully embedded rubber mounting flange. Exquisite geometry and tapered shapes create many outstanding performance features.

With the same height as other type of rubber fenders, it has a higher energy absorption capacity. The conical shape for rubber fenders is designed to provide stability at all times, allowing the rating to be shifted to 70% and maximum regardless of shear, axial force or angular force. And allowing the max. Defection up to 72%. Cone rubber fenders are also more stable under large compression angles and provide better shear resistance than any other fender types.

Specifications

Installation Accessories

Front Panel: Reduces surface pressure and avoids damage to fenders and boats.

Face Panel: Reduce the coefficient of friction to protect the hull. Ultra-high molecular weight polyethylene.

Pre-installed Bolts and Nuts: Used to secure the fender to the dock. 1Cr18Ni9Ti, SUS304, SUS316 stainless steel or Q235 hot dip galvanized.

Preset U-Rings: Secure the chain. Q235 painted or hot dip galvanized.

Anchor Bolt: Connect accessories such as fenders and front panels. Stainless steel (or hot dip galvanized).

Weight Chain: Supports the front panel to avoid sagging. 1Cr18Ni9Ti, SUS304, SUS316 stainless steel or Q235 hot dip galvanized.

Tension Chain: When the lower part of the fender is stressed, it limits the deflection of the fender. Q235 hot dip galvanized or painted.

Shear Chain: Prevents shear deformation of the fender system. Q235 hot dip galvanized or painted.

Features

1. Usually deployed together with UHMW-PE frontal pad frames and/or steel panels

2. Highly efficient performance even during high angles

3. Long working life

4. Low reaction force & high energy absorption

5. Little performance loss even at large berthing angles

6. Versatile design suits numerous applications

7. Good shear resistance

Applications

● Container Terminals

● Tanker Berths

● Dolphins & Monopiles

● RoRo & Cruise Berths

● Bulk Terminals

● General Cargo Facilities