Payment & Shipping Terms:
|Product Name:||EVA Foam Fender/Foam Solid Filled Fender/Solid Fender||Material:||High Density Foam/Polyurea Coating|
|Specification:||DIA 0.5m-4.5m, L 0.7m-9m/Customized||Certificate:||CCS / BV / LR / ISO17357/DNV/SGS|
|Shelf Life:||10-15 Years||Application:||Dock,Ship,Ship To Ship|
|Production Time:||5-10 Days||Accessories:||Tyre Sheath/Swivel/Shackle/Chain|
foam boat fenders,
inflatable boat fenders
High Strength Marine EVA Foam Filled Fender Black Boat Fenders
Foam filled fender,also called EVA solid fender, is a new type fender using light weight high elasticity foam as cushion medium, widely applied to harbour, offshore,STS and STD operation.
Henger Foam Filled Solid Fender is made of environmental protection material and high elasticity polymeric material. long service life and high economic value of this product is achieved by the high quality material with performance of high strength, high elasticity, high adhesion, anti-leakage,and aging resistance.
Henger Invented new foam fender manufacturing method with blind hole hydrophobic foam as core and polyurea as outer coating, which has following features:
1. Good Hydrophobicity
The core material of Henger foam filled fender is bind hole hydrophobic foam with light weight and good energy absorption capability. It wont absorb water even cracking
2. High Performance of Outer Coating Layer
The polyurea protective coating has very good performance of anti collision, anti friction, compression resistance, oil proof, water proof and weather fastness.
3. Fast and Easy Installation
The fender is made with flange and swivel for fast installation, customer could install it very fast without any professional guidance from experts.
4. Multiple Color Options
The appearance color could be customized in any colors appointed by customer with provided PANTONE.
5. Multiple Form & Size Options
The fender is made of high plasticity foam, whose appearance form and dimensional size are highly customizable.
6. High energy absorption capability and lower reaction force.
Contact Person: Tom