Marine Fender Face Pad

UHMWPE Marine Fender Pads – High-Performance Corrosion-Resistant Protection for Port Infrastructure

Engineered for demanding maritime environments, our ultra-high molecular weight polyethylene (UHMWPE) Marine Fender pads deliver exceptional durability, impact absorption, and long-term performance in saltwater conditions. These corrosion-resistant panels are crafted from virgin PE 1000 and PE 500 materials, ensuring superior resistance to abrasion, wear, and chemical degradation—making them ideal for use in ship-to-shore docking systems, terminal installations, and offshore mooring applications worldwide.

Designed with global port operators in mind, these fender solutions combine mechanical strength, low friction, and UV stability to provide reliable protection against vessel collisions while minimizing maintenance needs. Whether you're managing a busy container terminal or a commercial marina, our UHMWPE fender pads offer an eco-friendly alternative to traditional rubber or steel components—non-conductive, non-toxic, and fully recyclable without compromising structural integrity over time.

Key Features:

• • Extremely high impact strength – With values between 130–170 kJ/m², these panels absorb energy efficiently during berthing operations, reducing stress on both vessels and infrastructure.
• • Low coefficient of friction (<0.2) – Ensures smooth contact between ships and fenders, minimizing drag and enhancing safety during maneuvers.
• • Outstanding abrasion resistance – Outperforms conventional materials by up to 130 times under standardized testing (ISO 15527), making it ideal for high-frequency docking scenarios.
• • Weatherproof design – Stable across a wide operating temperature range (-80°C to +80°C), suitable for tropical, arctic, and temperate climates alike.
• • Non-conductive option available – Adds safety in electrified dock zones or near sensitive equipment.
• • Customizable sizes & colors – Available in black, yellow, blue, green, red, white, and custom hues; cut-to-size sheets provided upon request for seamless integration into existing designs.

Manufactured using advanced extrusion techniques, each panel meets international standards such as ISO 1183-1 (density), ASTM D638 (tensile properties), and ISO 179 (impact toughness). The material’s unique molecular structure provides excellent fatigue resistance, even under repeated loading cycles—a critical factor for ports handling heavy cargo vessels daily. Unlike traditional elastomers that degrade due to ozone exposure or seawater immersion, UHMWPE maintains its physical properties over extended periods, significantly extending service life and reducing replacement frequency.

These fender pads are widely used in cruise terminals, naval bases, offshore platforms, and industrial harbors where consistent performance and minimal downtime are essential. Their lightweight nature simplifies installation and reduces labor costs, while their modular format allows for easy customization based on specific berth geometry or vessel dimensions. From small fishing docks to large-scale container terminals, this solution offers scalable protection tailored to diverse operational requirements.

Customers consistently report improved vessel handling, reduced maintenance expenses, and enhanced safety metrics after switching to UHMWPE-based fendering systems. Many appreciate the absence of rust formation, odorless composition, and ability to withstand harsh marine environments without requiring frequent inspections or coatings.

Frequently Asked Questions:

Q: How do UHMWPE fender pads compare to rubber alternatives? A: Unlike rubber, which degrades under UV exposure and saltwater conditions, UHMWPE retains its mechanical properties longer and requires less upkeep. It also has a lower friction coefficient, allowing smoother vessel movement during berthing.

Q: Are these fenders suitable for extreme weather conditions? A: Yes, they perform reliably in temperatures ranging from -80°C to +80°C, making them appropriate for both polar regions and equatorial ports.

Q: Can I order custom shapes or thicknesses? A: Absolutely—we produce fender panels according to customer specifications, including drawings, dimensions, and surface finishes, ensuring optimal fit for any marine facility.

Q: Is this material environmentally friendly? A: Yes, UHMWPE is 100% recyclable and does not emit harmful substances when exposed to seawater or heat. It’s a sustainable choice for modern port authorities committed to green infrastructure.

Whether you're upgrading existing fender systems or designing new ones, our UHMWPE marine fender pads represent a forward-thinking investment in resilience, efficiency, and environmental responsibility. For more information on technical data sheets, application guides, or sample requests, reach out directly to discuss your project’s unique requirements.

Product Categories : Marine Fender