High Energy Absorption Wire Net Type Pneumatic Fender
The High Energy Absorption Wire Net Type Pneumatic Fender is an engineered ocean-duty impact protection system built for demanding maritime applications. Utilizing compressed air as its core shock-absorption medium, it delivers predictable energy absorption and low reaction forces during critical vessel berthing and Ship-to-Ship (STS) transfer operations.
Key Industry Standards & Quality Certifications
ISO 17357-1:2014 Compliant: Adheres to global manufacturing, performance, and testing standards for high-pressure pneumatic rubber fenders.
Class Society Approved: Third-party certification and inspection available upon request by major classification societies, including DNV, ABS, Bureau Veritas (BV), Lloyd's Register (LR), and CCS.
PIANC Guidelines: Design calculations align with PIANC berthing energy recommendations for port and offshore terminal safety.
Engineering Assurance: Every unit undergoes factory pressure tests, dimensional checks, and material tensile testing prior to dispatch.
Core Operational Advantages
High Energy Absorption with Low Reaction Force: Smoothly absorbs heavy impact, protecting both ship hulls and jetty structures from structural damage.
Inclined Berthing Performance: Maintains energy absorption efficiency even when vessels approach at angles up to 15 degrees.
Extended Wear Resistance: External wire netting and tire sleeves eliminate direct friction against the rubber body, significantly extending service life.
Tidal Adaptability: The floating design naturally adjusts to dynamic water level changes and varying vessel displacements during cargo loading/unloading.
Heavy-Duty Multi-Layer Construction
Inner Rubber: Vulcanized high-purity compound engineered for maximum air tightness and resistance to internal fatigue.
Reinforcement Layer: Multi-ply synthetic-tire-cord layers wrapped at precise angles to withstand intense compression and burst pressure.
Outer Rubber: Tough, UV-resistant compound designed to withstand seawater exposure, oil spills, and extreme weather.
Wire Net & Tire Protective Sleeve: Hot-dip galvanized steel netting (or stainless steel chains) threaded with heavy-duty aircraft or truck tires. Rubber bushings protect key joints from wearing against the fender body.
Technical Specifications
|
Parameter |
Standard Range / Available Options |
|
Diameter Range |
0.5 m to 4.5 m (1.6 ft to 14.8 ft) |
|
Length Range |
1.0 m to 12.0 m (3.3 ft to 39.4 ft) |
|
Internal Operating Pressure |
50 kPa (7.3 psi) / 80 kPa (11.6 psi) / Custom High-Pressure |
|
End Fittings |
Stainless Steel / Hot-Dip Galvanized Towing Rings & Shackles |
|
Net Options |
Heavy Wire Net with Tires / Chain Net / Rope Net / Sleek (Netless) |
|
Operating Temp Range |
-40°C to +50°C (-40°F to 122°F) |
Primary Applications & Deployment
Ship-to-Ship (STS) Transfers: Crucial for open-sea bunkering, lightering, and liquid cargo transfers (Crude, LNG, Chemicals) where ocean swell creates constant movement.
Oil & Gas Terminals: Protects floating production units (FPSO/FSO), offshore platforms, and deep-water berths under severe sea conditions.
Commercial Ports & Shipyards: Flexible, floating protection for container berths, bulk terminals, and temporary shipyard drydock operations.
Field Performance Spotlight
Middle East Offshore STS Deployment > Location: Arabian Gulf offshore lightering zone
Conditions: Ambient temperatures reaching +50°C, high salinity, 2.5m dynamic swell
Deployment: 3.3m x 6.5m (80kPa) wire net pneumatic fenders during crude oil transfers
Result: Zero pressure loss over 36 months of continuous operation with zero structural rubber abrasion.
Get a Technical Calculation & Factory Direct Quote
Engineering Support: Free berthing force analysis & custom selection schemes.
Global Shipping Ready: Shipped inflated or deflated in ISO containers to optimize freight costs.
FAQ
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