1.High energy adsorption and low reaction force
2.Wde range of standard and customer size
3.Tough nylon reinforced polyurethane skin
4.Unsinkable design even if skin is punctured
5.Low maintenance
6.Easy installation
7.Burst resistance
8.Colored UV resistant PU skin
Ω Foam Filled Marine Fenders, all share the same construction technology centred on an outer skin of reinforced. Foam Filled Marine Fenders absorbs the impacts whilst the skin resists wear and tear in usre any tough conditions, providing tough heavy -duty marine fendering systems for harbor, offshore and ship to ship applications.
l High Energy, Low Reaction
The high elasticity of expanded ensures high energy absorption with low reaction force of foam filled marine fenders, which is essential to eliminate the risk of damage to the vessel hull.
l Unsinkable
Foam Filled Marine Fenders are entirely made of closed cell foam that guarantees unsinkability even in case of damage caused by breaking, rupturing or shearing when hitting rough vessel sides. Ever cell is separate and so water cannot migrate into the foam filled marine fenders.
l Strong Reinforcement
The Ever-Guard foam filled marine fenders skin is constructed of tough and thick , which provides foam filled marine fenders with unsurpassed strength. The skins is wrapped in a helix pattern and integrated within the skin itself. This advanced technique process makes the Ever-Guard foam filled marine fenders skin extremely durable to all weather, forces and marine conditions.
l Wear Resistant
The polyurethane or is spray applied on foam filled marine fenders. This creates a high quality and homogeneous skin matrix combining extreme wear resistance with non-marking properties and the option of high visibility colors.
l Enhancing Port Ability
The adoption of super size foam filled marine fenders enlarged the space between the ships and parapet of the wharf, and improves the depth of the berth, consequently improves the ability of loading/unloading, so as to create a new approach for upgrading the wharfs and improved the handling efficiency.
