Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 m, 10cm x 20cm)
The gradient microporous layer structure can meet the challenge of doubling the output power of fuel cells in the future.
Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 m, 10cm x 20cm)
Numéro d'article: 96960663

Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 m, 10cm x 20cm)

Numéro d'article: 96960663

€ 84

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The gradient microporous layer structure can meet the challenge of doubling the output power of fuel cells in the future.
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Ce qui se démarque

Hydrophobic Design
Prevents water accumulation, ensuring consistent performance and efficiency in fuel cells, enhancing overall energy output and longevity of the device.
Microporous Layer
Facilitates optimal gas diffusion, improving chemical reaction rates within the fuel cell, which directly boosts power generation and operational efficiency.
Compact Dimensions
Sized at 10cm x 10cm and 210 μm thickness, this Carbon Paper fits seamlessly into various fuel cell systems, providing versatility and user-friendly integration.

Détails du produit

Shop Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 m, 10cm x 20cm) online at a best price in French Guiana. B0CPHXHVVW
Item Weight0.15 lbs (70 grams)

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À qui est-ce destiné ?

Suitable For
  • Fuel Cell Manufacturers

    Ideal for manufacturers looking to enhance the efficiency and performance of their fuel cell systems significantly.

  • Research Institutions

    Perfect for academic and industrial researchers conducting experiments in fuel cell technology and electrochemical applications.

  • Prototyping Engineers

    Useful for engineers developing prototypes who require reliable and high-performance gas diffusion layers in their designs.

Not Suitable For
  • Casual Hobbyists

    Not suitable for hobbyists without specific knowledge or equipment to integrate this material into fuel cell systems.

DESCRIPTION DU PRODUIT

Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 m, 10cm x 20cm)

Vous avez une question ? Chattez avec nous

Questions et réponses des clients

  • question: What is hydrophobic conductive carbon paper used for?

    répondre: Hydrophobic conductive carbon paper is primarily used as a gas diffusion layer in fuel cells. Its unique design features a microporous layer that allows for effective gas transport while maintaining electrical conductivity. This makes it ideal for applications in renewable energy systems, such as hydrogen fuel cells, where efficient gas flow and current conduction are critical for optimal performance. In practical terms, if you’re working on developing fuel cell technology, using this material can significantly enhance your system's efficiency.
  • question: What are the dimensions and thickness specifications of the product?

    répondre: This hydrophobic conductive carbon paper measures 10cm by 20cm and has a thickness of 210 μm. These dimensions are suitable for various applications in fuel cell assembly, providing ample coverage while ensuring a manageable thickness that integrates seamlessly with other components. Whether you're designing a custom fuel cell stack or prototyping, these specifications help accommodate standard sizes in laboratory and industrial settings.
  • question: How does the microporous layer improve fuel cell performance?

    répondre: The microporous layer in the hydrophobic conductive carbon paper enhances fuel cell performance by allowing for optimal gas permeability while preventing liquid water accumulation. This is crucial because excess water can hinder gas diffusion, reducing efficiency. In practice, when using this material, you can expect improved reaction rates and power output as it effectively balances moisture levels within the cell, making it a preferred choice in high-performing fuel cell designs.
  • question: Can this product be used for other applications besides fuel cells?

    répondre: Yes, while primarily designed for fuel cell applications, hydrophobic conductive carbon paper can also be used in other electrochemical devices such as batteries and electrolyzers. Its properties allow for effective gas management and current conduction, making it versatile in the realm of energy storage and conversion technologies. Experimenting with this material in various settings can yield additional innovations in clean energy solutions.
  • question: Is the hydrophobic conductive carbon paper available in different sizes?

    répondre: Currently, this hydrophobic conductive carbon paper is available in the specified size of 10cm x 20cm. However, many manufacturers provide custom sizes upon request, catering to specific project needs. Custom dimensions can facilitate better integration into varied designs, ensuring that engineers and researchers can optimize their setups without compromising on performance.
  • question: How do I handle and store hydrophobic conductive carbon paper?

    répondre: Handling and storing hydrophobic conductive carbon paper requires some care to maintain its integrity and performance. It should be stored in a cool, dry place away from direct sunlight to prevent degradation of its properties. When handling, avoid touching the surface with bare hands to prevent contamination. For best practices, use gloves and ensure your workspace is clean to preserve the material's functionality for your projects.
  • question: What benefits does hydrophobicity provide in conductive carbon paper?

    répondre: Hydrophobicity in conductive carbon paper is critical as it prevents water blockage, allowing gasses to pass freely through the microporous structure. This characteristic enhances fuel cell efficiency by lowering the risk of flooding while ensuring effective diffusion of reactants. In application, this means improved power density and reliability for fuel cells, making it a fundamental aspect in the design of high-performing electrochemical systems.
  • question: What is the electrical conductivity of this carbon paper?

    répondre: The hydrophobic conductive carbon paper features excellent electrical conductivity, essential for efficient electron transfer within fuel cells. Detailed specifications can vary, but this material typically supports high conductivity values that enhance the overall performance of the fuel cell system. In practice, strong electrical conductivity allows for more robust current flow, leading to increased power output and efficiency in energy systems.
  • question: What are some common manufacturers of hydrophobic conductive carbon paper?

    répondre: Numerous manufacturers specialize in producing hydrophobic conductive carbon paper, often focusing on advanced materials for fuel cell applications. Leading brands typically provide certifications and ensure their products meet specific quality standards. When selecting a supplier, consider factors such as production quality, customer reviews, and their experience in the field to make an informed decision that suits your project’s requirements.
  • question: Where can I buy Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 20cm) in French Guiana?

    répondre: You can purchase Hydrophobic Conductive Carbon Paper from Ubuy in French Guiana. Ubuy offers a wide selection of specialized materials for fuel cells and provides an efficient shopping experience for enthusiasts and professionals alike. By choosing Ubuy, you ensure that you receive quality products tailored to your needs, enhancing your projects with reliable materials.

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