Dock Rubber Fender Durable Material Weather Resistant Easy Installation High Energy Absorption
Description
The Arch Rubber Fender is a robust, high-performance dockside protection solution designed for heavy berthing conditions. Its arch-shaped V-profile allows optimal energy absorption, low reaction force, and uniform load distribution, making it ideal for high-traffic ports, offshore platforms, and industrial shipyards. The fender is molded from premium marine-grade rubber reinforced with synthetic fibers for exceptional strength, flexibility, and durability in harsh maritime environments.
The compact design allows easy installation on both vertical and horizontal quay walls, piers, and jetties. Optional UHMW-PE or composite frontal pads provide additional friction reduction and surface protection for vessel hulls. Hongruntong Arch Rubber Fenders are engineered to meet international standards for energy absorption, resilience, and environmental resistance, making them a reliable choice for ports, terminals, and offshore facilities worldwide.
Case Study: Offshore Supply Base Protection – Middle East
An offshore supply base supporting multiple offshore oil rigs required a fendering system to protect the quay walls from repeated high-impact berthing of supply vessels, tugboats, and crew boats. The challenge included frequent docking cycles, varying vessel sizes, and corrosive marine conditions.
Hongruntong Marine supplied Arch Rubber Fenders type V900H with integrated steel backplates and UHMW-PE frontal pads. The fenders were installed along a 220-meter berth. Within the first year, the fenders successfully absorbed thousands of docking impacts with no structural damage to quay walls. The client reported improved operational efficiency, reduced hull scratches on vessels, and lower maintenance costs compared with the previously used timber fenders.
The installation highlighted the adaptability and durability of Hongruntong Arch Fenders in dynamic offshore supply environments where high-frequency docking and harsh weather conditions are common.
Specifications
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Product Name
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Arch Rubber Fender
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Material
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Natural Rubber, Silicone Rubber
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Colour
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Black, or Customized
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Surface
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Smooth
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Size
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Height
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200-1000mm
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Length
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1000-3500mm
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All Sizes Can Be Customized
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Physical Properties
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Polymer Content
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100% Virgin
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Working Temperature
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-50℃~240℃
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Tensile Strength
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≥16 Mpa
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Density
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90+/-5 Per 100mm in
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Hardness
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50-70 (shore A)
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Elongation
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≥400%
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Features
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1. Through High Temperature Resistant
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2. Excellent Tear Resistant, Oil Resistant, Aging Resistant
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3. Resistant to Industrial Acid & Alkali and Good Elastic
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4. Built as Per PIANC2002
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Application
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Multi-Purpose-Terminals, RoRo Ramps, Passenger Vessel Terminals, Barge
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Model
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W
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B
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F
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C
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H
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[mm]
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[mm]
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[mm]
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[mm]
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[mm]
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HM-ARF200H
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400
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320
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145
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128
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200
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HM-ARF250H
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500
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410
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175
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160
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250
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|
HM-ARF300H
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600
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490
|
225
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196
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300
|
|
HM-ARF400H
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800
|
670
|
300
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260
|
400
|
|
HM-ARF500H
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1000
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840
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375
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325
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500
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HM-ARF600H
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1200
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1010
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450
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390
|
600
|
|
HM-ARF800H
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1600
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1340
|
600
|
520
|
800
|
|
HM-ARF1000H
|
2000
|
1680
|
750
|
650
|
1000
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Features
Superior Energy Absorption with Minimal Dock Stress
The arch-shaped design provides a stable load distribution pattern, absorbing impact energy efficiently while keeping reaction forces low. This prevents structural stress on quays and protects vessel hulls, even in high-frequency berthing operations.
High Durability Reinforced Rubber
Manufactured using a specialized blend of natural and synthetic rubbers with anti-aging, anti-UV, and anti-ozone additives, the fender maintains elasticity and resists cracking over prolonged exposure to marine environments. Reinforcement layers embedded within the rubber improve tensile strength and prevent deformation under heavy impact.
Modular and Space Efficient Installation
Pre-fabricated mounting holes and steel backplates allow for quick and secure installation. The modular design enables partial replacements without dismantling the entire fender line, minimizing downtime and operational disruption. Optional frontal pads reduce surface friction and extend the fender’s life.
Consistent Performance Across Environmental Extremes
The fender maintains consistent compression and recovery characteristics in extreme temperatures, from sub-zero winter conditions to hot tropical climates. Its robust structure ensures reliable performance across tidal ranges, wave action, and frequent vessel contact.
Applications
Offshore Supply Bases
Protects quays and floating platforms against repeated vessel impacts while ensuring smooth berthing and operational efficiency.
Ferry and Ro Ro Terminals
Suitable for ferries, passenger vessels, and Ro-Ro ships requiring reliable low-reaction fenders for quick docking and undocking cycles.
Industrial Shipyards and Construction Docks
Used to protect dry docks, ship repair berths, and construction platforms where repeated high-energy contact is expected during vessel handling.
Why Choose Hongruntong Marine
International Quality Standards
All Arch Rubber Fenders are produced under ISO 17357 and ISO 9001 standards, with rigorous testing for tensile strength, compression, and aging to ensure reliable performance under all marine conditions.
Innovative Material Engineering
Hongruntong’s proprietary rubber compound and reinforcement technology maximize impact absorption, elasticity retention, and environmental resistance. Advanced molding and vulcanization techniques ensure uniform density and high-quality structural integrity.
Customized Solutions for Every Marine Environment
Fender sizes, mounting options, and hardness grades are tailored for each berth’s vessel types, tidal ranges, and docking conditions. Our engineering team performs simulations to optimize energy absorption and minimize operational risks.
Global Support and Lifecycle Services
We provide on-site installation supervision, periodic inspections, refurbishment programs, and spare part supply. Hongruntong’s global network ensures minimal downtime and long-term reliability for all fender installations.
FAQ
1. How do Arch Fenders perform in high-frequency docking?
They maintain consistent energy absorption and low reaction force, even under continuous, repeated impacts from multiple vessel types.
2. Can fenders be installed on curved quay walls?
Yes, the modular design allows adjustment and alignment along straight or curved quay walls for optimal protection.
3. Are the fenders resistant to UV and saltwater corrosion?
Yes, the rubber compound includes anti-UV and anti-ozone agents, ensuring long-term durability in marine environments.
4. Can Hongruntong provide additional frontal pad options?
Yes, UHMW-PE and composite frontal pads are available to reduce friction and extend fender lifespan.
5. What is the recommended maintenance schedule?
Visual inspections every 6–12 months, with full mechanical inspection every 1–2 years depending on vessel traffic and operational intensity.
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