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  • Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode
  • Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode
  • Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode
  • Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode
  • Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode
  • Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode
Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode

Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode

$3.00-$50.00/ Piece|20 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 500 pieces)
Customized packaging(Min.Order: 500 pieces)
Graphic customization(Min.Order: 500 pieces)

Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Rust Prevention: Non-alloy zinc anode designed to sacrificially corrode, protecting marine structures like ballast tanks from rust and corrosion in harsh aquatic environments.
  • Durability: High-purity zinc composition ensures consistent and long-lasting corrosion protection without alloy impurities, maintaining structural integrity over time.

Key features

  • 1. Material Technology

  • With high-purity zinc alloy composition, effectively prevent corrosion in marine ballast tanks, offering 20% higher protection than standard zinc anodes*. The non-alloy designation ensures purity and reliability in harsh saline environments.

  • 2. Performance Parameters

  • With a durable zinc alloy design, provide a 30% longer service life compared to magnesium anodes in saltwater applications*. This extends maintenance intervals and reduces replacement costs for maritime equipment.

  • 3. Scenario Solutions

  • With application-specific design for ballast tanks, ensure optimal corrosion protection in maritime environments where generic anodes may fail*. The anode’s structure is tailored to withstand the dynamic pressure and corrosive conditions of ship ballast systems.

  • 4. Certification Standards

  • With DNV GL certification, meet rigorous marine industry standards for reliability and safety*. This ensures compliance with global shipping regulations and enhances trust for commercial maritime use.

  • 5. Cost Efficiency

  • With cost-effective pricing, reduce maintenance costs by up to 15% compared to aluminum anodes while maintaining performance*. The zinc alloy’s balance of affordability and efficacy makes it ideal for budget-conscious marine operations.

Product details

Rust Prevention Casting Zinc Anode Price Sacrificial Anode Zinc Alloy Anode

The Rust Prevention Casting Zinc Anode is designed to protect ballast tanks and marine structures from corrosion through sacrificial protection. Featuring a zinc alloy core with threaded ends and a hexagonal gripping section, these anodes combine durability with ease of installation.

Technical specifications

FeatureSpecificationBenefit
MaterialZinc Alloy (non-alloyed with other metals)Superior corrosion resistance in marine environments
Threaded EndsStandard NPT/Metric threadsSecure, adjustable attachment to tank fixtures
Hexagonal Section19mm diameter, hardened steel alloyEasy handling with wrenches for precise installation
ApplicationBallast tanks, ship hulls, offshore equipmentPrevents galvanic corrosion in saltwater exposure

Customization guide

Adjustable parameters include thread type/diameter (to match tank components) and rod length (custom sizes up to 600mm). For high-salinity environments, request thicker zinc plating to extend service life.

Get inspired

Protect your marine infrastructure with anodes engineered for ballast tanks. The hexagonal design ensures quick installation, while zinc alloy’s sacrificial action guards against rust—even in aggressive saltwater conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Corrosion ResistanceMeets ASTM A92620% higher than ASTM40% higher than ASTM
Thread StrengthStandard carbon steelStainless steel alloyNickel-plated steel
Length Range100–300mm100–500mm100–600mm
Load Capacity500kg800kg1,200kg

Supplier's note

  1. Technical Breakthroughs:

    • Zinc Alloy Core: Outperforms pure zinc anodes with 15% longer lifespan in chloride-rich waters.
    • Hexagonal Reinforcement: Reduces installation torque by 25% compared to smooth rods, minimizing tool wear.
    • Thread Locking Grooves: Prevents loosening in vibrating environments, a 30% improvement over standard threads.
  2. Version Selection Guide:

    • Base Model: Ideal for small vessels or low-salinity ballast systems (e.g., inland waterways).
    • Advanced Model: Suitable for offshore platforms or ships with frequent saltwater exposure.
    • Pro Model: Best for heavy-duty applications like oil tankers or subsea equipment, where extreme load and corrosion resistance are critical.

With the Pro Model’s 40% higher corrosion resistance than industry standards, you can ensure decades of protection in corrosive marine environments. Pair its nickel-plated threads with reinforced tank fixtures to eliminate maintenance downtime.

Frequently asked questions

  • Which zinc anode is best suited for corrosion protection in ballast tanks?

  • How do I install zinc alloy anodes in ballast tanks effectively?

  • Zinc alloy vs. magnesium anodes: Which is better for ballast tanks?

  • Can zinc anodes be customized for specific thread sizes or tank configurations?

  • Are these zinc anodes certified for marine use?

  • How long do zinc alloy anodes typically last in ballast tanks?

  • What makes your zinc anodes suitable for harsh marine environments?

  • Do these anodes require regular maintenance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard Zinc AnodeGeneral marine systems, ballast tanksPure zinc, 99.9% purity (ASTM B295), corrosion rate 0.1 mm/year (ISO 13897)Cost-effective, widely compatible with most environments.Limited efficiency in aggressive chloride environments, shorter lifespan.
Our Base Zinc AnodeStandard ballast tanks, moderate corrosionNon-alloy zinc, 99.95% purity (ASTM B295), corrosion rate 0.08 mm/year▲ (ISO 13897)Improved longevity over industry standard, 20% slower corrosion.Still suboptimal for high-chloride or offshore environments.
Our Advanced Zinc-Alloy AnodeHarsh marine/offshore, high chlorideZinc-Alloy (Zn-Al 5%), 99.9% purity (ASTM B295), corrosion rate 0.05 mm/year▲▲▲ (ISO 13897)▲▲▲ 50% slower corrosion than industry standard, longest lifespan.Higher upfront cost, requires precise system compatibility.
Magnesium AnodeFreshwater systems, low chlorideMg purity 99.8% (ASTM B201), corrosion rate 0.5 mm/year (ISO 13897)Rapid protection in freshwater, lower material cost.Ineffective in saltwater, prone to rapid depletion in chloride-rich environments.
Aluminum AnodeOffshore platforms, extreme chlorideAluminum 5456 alloy (ASTM B453), corrosion rate 0.03 mm/year▲▲▲▲ (ISO 13897)▲▲▲▲ 70% slower corrosion than industry standard, durable in harsh conditions.Requires cathodic protection system tuning, niche application suitability.
Customized Zinc AnodeTailored tank geometries, specialized systemsCustom dimensions (per client specs), ASTM B295 compliancePerfect fit for unique tank designs, reduces installation complexity.Higher cost, longer lead time, limited scalability for mass applications.

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