High Wear Resistance Marine Fender Pads Self-Lubricating UHMWPE Fender Panel
Summary
Uhmw-pe face pads panels are equipped with steel frontal panels and marine rubber fenders to protect ships. Uhmw-pe face pads panels are made of ultra-high-molecular-weight polyethylene, offering high strength, excellent flexibility, and superb water resistance. PE face pads are designed for rubber cell fenders, cone fenders, arch fenders, and other marine fendering systems. They significantly reduce friction between marine rubber fenders and vessels, thereby providing a longer lifespan for the entire marine fender system.
UHMW-PE is the strongest and toughest of all polyethylene grades for marine applications. Many successful projects have been completed globally utilizing these high-performance materials.
Virgin UHMWPE Marine Fender Pads Features
- Low friction coefficient
- Resists marine borers
- High abrasion resistance
- UV and ozone resistant
- Does not rot, split, or crack
- Easy to cut and drill
UHMWPE Marine Fender Applications
1. Harbour Construction
Profiles on quay walls, rubbing blocks to cover wood and rubber.
2. Truck Docks
Fenders pads and blocks specifically engineered for dock protection.
3. Dredges
Wall fenders designed to protect dredge equipment from barges.
4. Boats
Rubbing/wear strips and low-friction bushings (suitable for low to medium loads).
5. Pilings
Fenders, wear pads, and structural slides.
6. Floating Docks
Wear pads at dock contact points, bearings for pivots, fenders, and slides.
Specification
UHMWPE Flat Fender Pads, UHMWPE Corner Fender Pads, and UHMWPE Edge Fender Pads are all available via OEM service. Custom sizes and colors can be fully manufactured according to your exact specifications.
Parameter Table
| Density |
ISO1183-1 |
g/cm³ |
0.93-0.98 |
| Yield Strength |
ASTM D-638 |
N/mm² |
15-22 |
| Breaking Elongation |
ISO527 |
% |
>200% |
| Impact Strength |
ISO179 |
Kj/m² |
130-170 |
| Abrasion |
ISO15527 |
Steel=100 |
80-110 |
| Shore Hardness |
ISO868 |
Shore D |
63-64 |
| Friction Coefficient (Static state) |
ASTM D-1894 |
Unitless |
<0.2 |
| Operating Temperature |
- |
℃ |
-260 to +80 |
Our Services & Quality Standards
We focus on client demands, dedicating resources to produce highly satisfying products while continuously innovating new solutions.
After-Sales Quality Commitment:
- Strict quality control processes ensure every fabrication step meets rigorous specifications.
- Products are manufactured in an ISO 9001 certified facility with over 10 years of professional production experience.
Product Specifications & Customization
Product Name: Fender Panel
Color Options: Black, White, Yellow, Green, Blue, Custom Colors
Shape: Rectangular, Custom Shapes
Size: Fully Customizable
Key Features: High wear resistance, impact resistance, self-lubrication, high hardness
Our Structural Advantages
- Strong financial and technical foundation.
- Robust processing and highly scalable production capacity.
- Comprehensive product range tailored to diverse market requirements.
- Efficient and customer-focused service system.
- Solid reputation for reliability and quality assurance.
- Backed by advanced scientific and material research.
Frequently Asked Questions (FAQ)
Why is UHMWPE chosen for marine fender pads?
UHMWPE is the toughest grade of polyethylene available. Its extremely low friction coefficient, high wear resistance, and resistance to marine organisms make it ideal for harsh marine environments.
Can the size and color of the fender panels be customized?
Yes, we provide complete OEM services. Fender panels can be customized in terms of size, shape, and color (including black, white, yellow, green, blue, and others) according to your request.
What is the operating temperature range for these marine pads?
Our UHMWPE fender pads perform reliably under extreme temperatures ranging from -260°C to +80°C, ensuring stability in both Arctic and tropical waters.
How do these panels help extend the lifespan of rubber fenders?
By acting as a low-friction barrier between the ship's hull and the rubber fender, they minimize direct friction and wear, significantly reducing damage during docking operations.
Are the fender pads resistant to environmental degradation?
Yes, they are highly resistant to UV rays, ozone, and marine borers. Unlike wood or lower-grade plastics, UHMWPE does not rot, split, or crack over time.
Beyond
