• MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System

MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System

No.ELECTRODE COPPER φ150x480,ELECTRODE ALUMINIUM φ150x480
RONGDE marine copper & aluminum electrode realizes ship seawater pipeline anti-fouling & anti-corrosion via electrolysis. Copper kills marine organisms, aluminum forms protective film for sea chest & piping anti-corrosion, certified for all vessel types.
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System
  • MGPS | Marine Copper Aluminum Electrode | Ship Sea Chest Anti-Fouling Anti-Corrosion Electrolysis Device for Marine Piping System

Description

RONGDE electrolytic anti-fouling & anti-corrosion electrode is specialized marine equipment designed for ship seawater pipeline, sea chest and cooling water system, available in pure copper electrode and high-purity aluminum electrode two types. Matched with constant-current control power supply, the paired Cu-Al electrodes complete pipeline anti-biofouling and metal anti-corrosion simultaneously, widely used on cargo ships, fishing vessels, yachts and offshore platforms.

Product Description

Integrated Solution for Marine Piping Protection

The sea chest copper aluminum electrode serves as a critical component designed specifically for shipboard seawater pipelines and sea chest compartments. Targeted at marine engineers and vessel operators, this device provides an all-in-one solution preventing biofouling and corrosion simultaneously. Its design accommodates integration with existing systems such as the marine mgps system to ensure operational continuity and risk mitigation. Suitable for various vessel types, it is recommended for professional users seeking long-term reliability in harsh maritime environments and sustained seawater immersion conditions.

Advanced Electrochemical Design and Specifications

Employing paired pure copper and high-purity aluminum electrodes, this equipment utilizes electrolysis to inhibit marine organisms and protect metal surfaces. The copper electrode releases ions that disrupt biofilm and barnacle formation, while the aluminum electrode produces hydroxide flocs forming a corrosion-blocking film over steel surfaces. Key technical specs include working barrel dimensions of φ150 × 480 mm and protection radii reaching up to 3 meters for the copper electrode. Its fully sealed waterproof terminal housing combined with shockproof rubber isolation guarantees durability. The device is supported by matched constant-current control power supplies ensuring stable performance in variable seawater conditions.

Applications Enhancing Marine Operational Efficiency

Widely deployed in ship seawater pipelines, sea chests, and marine cooling water systems, this product from a reputable marine anti-fouling device supplier optimizes maintenance cycles by reducing fouling-related downtime. It is equally applicable in retrofitting existing marine mgps system infrastructures and new vessel installations. The device effectively extends the lifespan of vital seawater intake components on cargo ships, offshore platforms, and fishing vessels. Through reducing biofouling and electrochemical corrosion, it delivers measurable ROI in operational cost savings and enhanced vessel safety compliance.


Working Principle

1. Copper Electrode for Anti-Biofouling
Energized copper electrolyzes seawater to release trace copper ions. Ions circulate along entire seawater piping to restrain adhesion of barnacles, algae, mussels and other marine organisms, preventing pipeline blockage caused by biofouling.

2. Aluminum Electrode for Anti-Corrosion
Aluminum electrolyzes in seawater to produce aluminum hydroxide floc, which evenly adheres on inner wall of steel pipelines & sea chest steel plates to form dense isolation coating, blocking seawater electrochemical corrosion of hull metal structures.


      Product Structure

      1. Top Red Sealed Terminal Housing:
      Waterproof sealed junction box with fixed bolt structure, equipped with marine resistant insulated cable (red/black optional) for power connection, excellent water & moisture resistance;

      2. Middle Black Rubber Isolation Section:
      Shockproof rubber bushing for cabin penetration sealing, avoid seawater infiltration into cabin;

      3. Bottom Working Barrel:
      *Copper version: High purity red copper barrel for ion precipitation;
      *Aluminum version: Solid high-purity aluminum barrel for anticorrosive film formation.


      Key Features

      ✅ Dual functions: Anti-biofouling + metal anti-corrosion in one set

      ✅ Full sealed structure, long service life under continuous seawater immersion

      ✅ Customizable dimension & cable length per ship installation requirement

      ✅ Suitable for fresh/salt water environment, inland & ocean-going vessels

      ✅ Easy installation on sea chest compartment, plug-and-play with matched control power

      Robust Structural and System Integration

      This sea chest copper aluminum electrode features a fully sealed electrode structure with waterproof terminal housings and rubber shock isolation to withstand continuous seawater immersion. Its modular design facilitates easy compatibility with the marine mgps system and other onboard control power units. Customizable dimensions and cable lengths enable seamless fitting into diverse ship layouts. The dual-material electrode architecture ensures complementary anti-biofouling and anti-corrosion capabilities in a single, compact device manufactured by a reliable marine anti-fouling device supplier.

      Optimized Performance and Operational Reliability

      Designed for continuous duty, the device provides consistent electrochemical protection that maximizes the service life of seawater pipelines and sea chests. Its matched constant-current control power supply maintains stable electrode output, reducing the need for frequent maintenance or replacement. Installation is straightforward, allowing for “plug and play” integration with existing marine mgps system components. The system minimizes fouling buildup and corrosion degradation, improving vessel efficiency while supporting compliance with marine operational standards.

         

        Application Scope

        Ocean-going cargo ship, bulk carrier, container ship, fishing boat, work boat, yacht, offshore drilling platform, marine cooling water pipeline system, sea chest raw water intake system.

        Shipboard Sea Chest and Cooling System Protection

        In the context of commercial vessels and offshore platforms, the sea chest copper aluminum electrode plays a critical role in protecting seawater intake and cooling systems. Operating in aggressive saline conditions, this device effectively prevents barnacle growth and corrosion within sea chests, ensuring uninterrupted seawater flow for engine cooling and ballast operations. When integrated with the marine mgps system, it enhances the overall seawater system’s reliability and regulatory compliance. Its robust design supports continuous immersion and integrates smoothly into standard maintenance workflows for marine anti-fouling device supplier products.

        Marine Pipeline Anti-Fouling and Corrosion Control Retrofit
        For existing vessels requiring upgrades to their seawater systems, the sea chest copper aluminum electrode offers a technically advanced retrofit solution. It is especially beneficial for fishing boats, cargo ships, and offshore drilling platforms where biofouling and corrosion present ongoing operational challenges. The customizable dimensions and compatibility with marine mgps system infrastructure allow quick installation without extensive system overhauls. By reducing downtime due to fouling and metal degradation, this product enhances operational efficiency and vessel longevity consistent with standards from an experienced marine anti-fouling device supplier.



        FAQ
        Q: What are the functions of copper electrodes and aluminum electrodes?
        A: Copper electrode electrolysis of seawater releases Cu ² ⁺, which directly damages the metabolic system of marine larvae and is the core substance for anti fouling; Aluminum electrode electrolysis generates Al (OH) 2O3 flocs, which not only adhere and kill marine larvae, but also form an anti-corrosion protective film on the inner wall of the pipeline, slowing down pipeline corrosion.
        Q: Do the two have to be used together?
        A: It is not necessary, but it has a better effect when used in combination: copper electrodes are responsible for core anti fouling, while aluminum electrodes supplement anti fouling and anti-corrosion functions, which can simultaneously solve the problems of marine organism adhesion and pipeline corrosion. If only basic anti fouling is required, copper electrodes can also be used separately, but the risk of pipeline corrosion will be higher.
        Q: How to choose electrode combinations for seawater pipelines made of different materials?
        A: Need to match the material of the piping system to avoid corrosion conflicts:
           Steel pipe system: choose the combination of "copper+aluminum", the flocculent material generated by aluminum can form a corrosion-resistant protective layer on the inner wall of the steel pipe;
            Aluminum/Copper Pipe System: Choose the combination of "copper+iron" to avoid aluminum ion corrosion of non steel pipe materials.
        Q: Is there a difference in the protection range between copper electrodes and aluminum electrodes?
        A: There are differences: the effective protection radius of copper electrodes is about 1.5m~3m, and the protection area of a single electrode is ≥ 7 ㎡; The effective protection radius of aluminum electrodes is about 1.0m~2.5m, with a single electrode protection area of ≥ 4 ㎡, making it more suitable for large-scale cooling system deployment.
        Q: Why do copper electrodes consume faster than aluminum electrodes?
        A: At the same current, the molar mass of copper is larger, and the protective effect of the corrosion product film generated on the copper surface is weaker, resulting in a faster dissolution rate during electrolysis; Aluminum surfaces are prone to forming dense oxide films, which hinder further dissolution and therefore consume more slowly.
        Q: What is the reason for the device alarm voltage exceeding 5V? How should we handle it?
        A: Most of them are caused by electrode depletion or surface scaling, resulting in a decrease in conductivity, and it is necessary to shut down and clean the scaling on the electrode surface; If the alarm still sounds after cleaning, it means that the electrode has been consumed and needs to be replaced in a timely manner.
        Q: How long is the replacement cycle for both?
        A: The design lifespan of copper electrodes is usually 2-3 years, while that of aluminum electrodes is about 8-12 months. The replacement frequency can be adjusted according to the actual operating voltage and the activity of marine organisms in the sea area.

        Download

        CONTACT US

        If you have any queries, get in touch today! Don't hesitate. We try to take the extra step for our customer satisfaction.
        Name
        Email *
        Message
        Verification Code *
        Click to verify
        Leave a message
        Name
        Email *
        Message
        Verification Code *
        Click to verify