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  • Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode
  • Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode
  • Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode
  • Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode
  • Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode
  • Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode
Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode

Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode

  • 1 - 99 Pieces
    $68
  • 100 - 999 Pieces
    $46
  • >= 1000 Pieces
    $28

Customization:

Customized logo（Min.Order: 100 pieces）
Customized packaging（Min.Order: 100 pieces）
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Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Efficient Hydrogen Generation: The platinized titanium electrode enables rapid and efficient hydrogen production in fuel cells, critical for powering electric vehicles and energy systems.
  • Durability & Corrosion Resistance: Constructed from GR1 titanium (99.6% purity) with a platinum coating, it withstands harsh environments, ensuring long-term reliability in automotive and industrial applications.
  • Modular Electrode Design: The grid-like texture maximizes surface area for optimal electrochemical reactions, while the handle facilitates secure mounting in fuel cell stacks or electrolysis systems.

Key features

  • 1. Material Technology: Platinized Titanium Electrode

    • With a platinized titanium electrode (Grade GR1, 99.6% purity), achieve superior corrosion resistance and durability in harsh automotive environments compared to traditional platinum-coated stainless steel electrodes*. The platinum coating enhances conductivity while resisting chemical erosion, ensuring long-term reliability in fuel cell systems.

  • 2. Certification Standards: ASTM G3-14 Compliance

    • Certified to ASTM G3-14 standards, ensuring compliance with rigorous material performance benchmarks for corrosion resistance and mechanical integrity. This certification guarantees safety and quality surpassing basic industrial-grade electrodes*.

  • 3. Performance Parameters: High-Purity Titanium Core

    • High-purity titanium (99.6%) ensures optimal electrical conductivity, boosting fuel cell efficiency by up to 15% compared to standard electrodes*. The dense, welded construction minimizes energy loss, delivering stable power output under continuous operation.

  • 4. Scenario Solutions: Automotive & Industrial Versatility

    • Designed for automotive hydrogen fuel cells, enabling reliable performance in high-stress driving conditions*. Its grid-like texture (visible in the main image) also adapts to industrial applications like chlorine generation, ensuring cross-sector adaptability.

  • 5. Interactive Design: Modular Customization

    • A customizable electrode design with precision welding allows seamless integration into diverse systems, from compact car fuel cells to large-scale industrial setups*. Adjust grid patterns and coatings to match specific operational needs.

  • Notes:

    • The product’s platinum coating and titanium grade (GR1) align with its applications in coating, anodizing, and electrode systems.

Product details

Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode

The Hydrogen Fuel Cell for Car Using Platinized Titanium Electrode combines high-purity titanium (99.6%) with a platinum coating to deliver exceptional durability and efficiency in harsh environments. Certified to ASTM G3-14 standards, it is engineered for applications such as fuel cell electrodes, chlorine generation, and corrosion-resistant coating systems.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialTitanium (Grade GR1, 99.6% purity)Corrosion-resistant components in fuel cells or marine systems
CoatingPlatinized surface (catalytic layer)Enhancing electrochemical reactions in hydrogen fuel cells
CertificationASTM G3-14 compliantIndustrial applications requiring corrosion resistance
ProcessingWelding service availableCustom assembly for structural integration
Grid TextureModular grid pattern (adjustable density)Optimized airflow or particle filtration in electrolysis systems

Customization guide

Adjustable grid density and handle configurations allow customization to meet specific flow-rate requirements or mounting needs. For instance:

  • Custom grid spacing: Tailor pore size for precise particle filtration or gas diffusion.
  • Handle material: Swap stainless steel for alternative alloys to match system compatibility.

Get inspired

With its platinum-coated titanium electrode, this product enables higher efficiency in hydrogen fuel cells while resisting corrosion in chlorine generators. Its modular design adapts to diverse industrial processes, from automotive energy systems to water treatment.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Platinum Coating Thickness0.5 µm1.0 µm (+100%)1.5 µm (+200%)
Corrosion ResistanceASTM G3-14ASTM G3-14 + 30%ASTM G3-14 + 50%
Operating Temp Range-40°C to 250°C-40°C to 300°C-40°C to 350°C

Supplier's note

  1. Technical Breakthroughs:

    • Platinum Coating: Enhances catalytic activity by 40% compared to uncoated electrodes.
    • Grade GR1 Titanium: Delivers 2x longer lifespan in chloride-rich environments.
    • Modular Grid Design: Reduces pressure drop by 15% in filtration systems.

  2. Version Selection Guide:

    • Base Model: Ideal for standard automotive fuel cells or low-temperature applications.
    • Advanced Model: Suitable for industrial electrolysis systems needing enhanced durability (e.g., chlorine generation).
    • Pro Model: Best for extreme environments (e.g., high-temperature fuel cells) where prolonged chemical resistance is critical.

With the Pro version’s 1.5 µm platinum coating, you can triple the electrode’s lifespan in aggressive chemical processes. Pair this with its 350°C tolerance to enable seamless operation in high-temperature reactors. For automotive engineers, the Base Model’s cost-effective design meets ISO 14687 hydrogen purity standards.

Frequently asked questions

  • Which hydrogen fuel cell electrode model suits electric vehicles best?

  • How do I maintain a platinized titanium electrode for automotive fuel cells?

  • Titanium vs stainless steel electrodes: Which is better for fuel cells?

  • Can platinized titanium electrodes be customized for specific car models?

  • Is the platinized titanium electrode ASTM G3-14 certified?

  • How does platinum coating improve hydrogen fuel cell efficiency?

  • Why is 99.6% titanium purity critical in automotive fuel cells?

  • What benefits does Grade GR1 titanium offer in fuel cell applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-corrosion environmentsIndustry Standard: Grade 2 Titanium (99% purity)
Our Base: Grade 1 Titanium (99.6% purity, ASTM G3-14 compliant) ▲
Our Advanced: Grade 1 Titanium (99.9% purity) ▲▲		Superior corrosion resistance (Our Base)
Enhanced durability (Our Advanced)		Higher cost for advanced purity (Our Advanced)
Electrode CoatingElectrochemical applicationsIndustry Standard: Uncoated or iridium-coated electrodes
Our Base: Platinum-coated (ASTM G3-14 certified) ▲
Our Advanced: Dual-layer platinum-ruthenium coating ▲▲		Improved conductivity (Our Base)
Extended lifespan (Our Advanced)		Increased manufacturing complexity (Our Advanced)
Welding ProcessStructural integrity in harsh conditionsIndustry Standard: Manual TIG welding
Our Base: ISO 9001-certified robotic welding ▲
Our Advanced: Laser welding with helium shielding ▲▲		Consistent joint strength (Our Base)
Zero porosity (Our Advanced)		Higher equipment investment (Our Advanced)
Purity LevelHigh-purity chemical processesIndustry Standard: 99% purity
Our Base: 99.6% purity (ASTM G3-14) ▲
Our Advanced: 99.9% purity ▲▲		Reduced impurity-related failures (Our Base)
Ultra-pure for critical applications (Our Advanced)		Limited availability of ultra-pure grades (Our Advanced)
Certification ComplianceRegulatory compliance marketsIndustry Standard: ASTM B367
Our Base: ASTM G3-14 ▲
Our Advanced: ASTM G3-14 + ISO 14001 ▲▲		Meets automotive safety standards (Our Base)
Dual environmental & safety certifications (Our Advanced)		Costly certification processes (Our Advanced)
Application VersatilityMulti-use industrial systemsIndustry Standard: Single-purpose (e.g., only coating)
Our Base: Coating, anodize, chlorine generator, electrode ▲
Our Advanced: + Filtration & cryogenic applications ▲▲		Reduced inventory costs (Our Base)
Modular for hybrid systems (Our Advanced)		Requires specialized training (Our Advanced)

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