marine solid eva fender manufacturer

Specifications

solid eva fender
1fenders in stock&quick delivery
2many bright colors
3door to door repair service
4ISO17357 /BV/CCS

 FLORESCENCE polyurethane floating fender

 

( EVA foam filled boat fender ) is also a kind of compressed fender which builds outer protective layer with polyurethane, materials and adopts polyurethane foaming material or plastic foaming as buffer medium;the destructive effects on docks and ships will be reduced by the compression to absorb the impact energy from ships in the course of using polyurethane floating fender.
Florescence  manufactures the florescence netless style foam filled marine fenders as the domestic standard in the industry and meets the most stringent quality and performance demands providing tough heavy-duty fendering systems for harbor, offshore and ship-to-ship applications. The widely used projects proven our foam filled fender is your best guarantee.

A. A heat laminated 100% closed cell and resilient foam core that is high energy absorbing, with a low reaction force and cannot be ruptured. This resilient foam-filled construction provides an unsinkable fender body that permits high energy absorption with a relatively low reaction force compared to most other fendering systems

B. Wear resistant

Our foam filled fenders skin is constructed of a urethane elastomer which is reinforced with nylon filament in a continuous winding process. Meanwhile, multiple homogeneous layers increasing strength and additional reinforcement are applied as the transition layer. Special layers are applied to both ends where stresses are highest. This system enhances the ability of resisting to deflection and shearing force.

C. Heavy duty internal chain connecting the end fittings is applied to transmit tensile loads through the fenders. (This will be equipped as per clients requirement.)

D. The integral swivel end fittings provide secure point of attachment without obstructing, even when the fender is compressed. The fittings are constructed of top quality steel

 

 

 

 

 

Features of Florescence Foam Filled Fender

 

o Unsinkable design

 

o Wide range of standard and custom sizes&shape

 

o colorful as buoy

 

o Low reaction and high energy options

 

o Operate floating or suspended

 

o Virtually indestructible

 

o No chain/tyre net required

 

o Non-marking even against white hulls

 

 

Construction Features of Florescence Foam Filled Fender

Foam Filled Fender is a kind of constructive fender with polyurea materials as its outer protective layer and EVA foam core forming the resilient inner part.

 

Our Foam Filled Fenders are constructed of three parts each providing an important function in the construction and lifespan of the fender. The three parts are (1) The closed cell EVA foam. (2) Outer rubber + nylon cord fabrics. (3) Polyurea spraying coat.      

 

Foam Core

The closed cell EVA foam core used inside offers un-sink ability during operation.

 

Outer Rubber + Nylon Cord Fabrics

The outer rubber + nylon cord fabrics is specifically designed to seal EVA foam inside and to prevent any leakage.

 

Polyurea Spraying Coating

Polyurea coating is permanent spray on coatings that protect the surface of fender body. It is more durable than rubber and flexible in all weather conditions; no softening in heat or becoming brittle in cold. Dent, scratch and chemical resistant.

 

Quality Control of Raw Materials

 

The EVA foam we use in the construction of our Foam Filled Fenders is the closed cell type. It is made from Ethylene Vinyl Acetate and blended copolymers. It has a high level of chemical cross linking. These foams are flexible and resilient making them ideal for fendering products. Importantly, the foams are also chemically inert and nonabsorbentmaking them suitable for use in marine environments.

 

Our closed cell EVA foams are available in a range of densities from 120 kg/m³ to 140 kg/m³.

 

 

Specification of polyurethane floating fender

 

Performance    Specification D*L	deformation 50%		deformation 55%		deformation 60%
	counter-force R(KN)	Endergonic E(KN·M)	counter-force  R (KN)	Endergonic E(KN·M)	counter-force R  (KN)	Endergonic E (KN·M)
300×500		-	-	-	-	-
500×1600	31	10	40	13	54	17
1000×1600	122	40	160	52	216	68
1200×2000	268	84	364	114	460	144
1600×3000	490	160	640	210	860	270
2200×3000	980	320	1280	410	1720	540
2400×6000	2450	800	3200	1020	4300	1340
2700×6000	3060	1000	4000	1280	5360	1680
3300×6000	3842	1254	5018	1607	6742	2107
3400×6000	4802	1568	6272	1999	8428	2636