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Commercial Vessel Fendering

Specialists in tug boat & offshore CTV fender.

An innovatively engineered alternative to rubber bow fenders

FENDERIT provides a high performance, engineered approach to protecting the bows and hulls of Commercial Vessels from costly structural damage and the vessels and infrastructure they push against. The fenders on commercial vessels work exceptionally hard, for long periods and under challenging conditions.

Within our FENDERIT range, we have designed exceptionally robust and resilient fenders with outstanding grip and abrasion resistance, to enable Commercial Vessels to operate safely and with precision.

Commercial Vessels include...

Our fenders work harder for longer and under more challenging conditions

For more information download our brochure or get in touch:

We’re the Market Leaders in Polyurethane Fendering and here’s why...

HIGH RESISTANT SURFACE

Flexible high abrasion resistant surface to maximise grip and durability.

POLYMER FORMULATION

Polymer formulation is tailored for this very demanding application.

EASE OF APPLICATION

Modular construction for ease of installation, maintenance and replacement.

MULTIPLE CONFIGURATIONS

Variety of configurations available to suit most vessel types and sizes.

SIMPLE FIXING DESIGNS

Simple fixing designs to assist with installation and maintenance requirements.

HIGH ABSORPTION

Multi cavity designs generate high energy absorption levels & low reaction force.

PERFORMANCE CONSISTENCY

Long term consistent performance.

INDEPENDENT IMPACT FENDERS

Independent impact fenders and step units to optimise each fender element for its intended function.

INTERCHANGEABLE STEPS

Interchangeable step units so that standoff distances between the fender edge & boat landing ladder can be maintained at between 500mm & 650mm.

NON-SLIP SURFACE

Non-slip surface applied to step units.

GREATER GRIP

Contoured impact surface helps maximise initial contact area and develop grip.

SHOCK STOP IMPACT

Shock Stop – helps absorb larger shock loads generated from higher speed.