Cylindrical Fender is well capable of absorbing forces and loads and easy to install and maintain. At the same time, the
inflatable rubber ball can absorb the impact energy of the ship motion, reduce the ship's reaction force, and greatly improve the safety of the ship berthing.
Tug fender is a kind of cylindrical fenders, they are used in all kinds of tug ship, Go in for pushing, standing, stretching, and
leaning etc operation. Tug rubber fender adopt vulcanization technology, good performance, long life utility, easily installed.

Florescence produces cylindrical fenders with smaller diameters by means of extrusion, while larger fenders are produced by wrapping highly wear-resistant rubber around a mandrel. Cylindrical fenders are produced in different sizes, ranging from Ø 100 mm up to a diameter of 2000 mm. Standard sizes of up to a diameter of 400 mm are kept in stock by FenderTec and can be delivered at short notice.

Drawing of dock cylindrical rubber fender

Cylindrical fenders can be attached to a wide variety of structures and in different manners. Installation is relatively simple and they can be mounted horizontally, vertically or diagonally using chains or rods. Cylindrical fenders can be provided in specified lengths and the ends can be bevelled.

Bow, side and stern of most vessels
Bulk cargo berths
General cargo quays
RoRo and ferry terminals
Fishing and workboat berths
Pontoons and floating structures
Tug havens
Standard of our boat fender: PIANC 2002

1. Low reaction force and surface pressure, reasonable rated energy absorption;
2. Strong adaptability transverse and vertical shake when the ship berths;
3. Easy to deploy. Size : OD0.15 m x ID0.075m ~ OD2.0 x ID1.0m.
4. Cylindrical Fender is especially applicable for upper part of integral docks and heavy style docks. It is also applicable for
ships with different size.
5. It has various installations styles such as horizontal, vertical and diagonal etc.
6. Excellent resistance to sunlight and UV radiation
7. Excellent resistance to alkalis and acids, chemicals, steam and seawater.
8. Good resistance to high and low temperature, -60℉ to +150℉