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Item #:
96960663
Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 m, 10cm x 20cm)
84% of respondents would recommend this to a friend
Item #:
96960663
TZS 408934
Price Details
Excluding Shipping & Custom charges ( Shipping and custom charges will be calculated on checkout )
*All items will import from US
In stock
Imported from USA store
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Order now and get it around Tuesday, October 27
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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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What Stands Out
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.
Product Details
| Item Weight | 0.15 lbs (70 grams) |
Dangerous Goods
To avoid the delay in customs clearance process for Dangerous Goods, the shipment shall be opened at our warehouse facility to check the severity of hazardous components. Please see the list of Dangerous goods here.
Product Technical Details
| Manufacturer | Yufreyoo |
What's in the box
Hydrophobic Carbon Paper
Who Should Buy?
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Fuel Cell Manufacturers
Ideal for manufacturers looking to enhance the efficiency and performance of their fuel cell systems significantly.
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Research Institutions
Perfect for academic and industrial researchers conducting experiments in fuel cell technology and electrochemical applications.
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Prototyping Engineers
Useful for engineers developing prototypes who require reliable and high-performance gas diffusion layers in their designs.
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Casual Hobbyists
Not suitable for hobbyists without specific knowledge or equipment to integrate this material into fuel cell systems.
Product Description
Have any Query? Chat with us
Customer Questions & Answers
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Question:
What is hydrophobic conductive carbon paper used for?
Answer: Hydrophobic conductive carbon paper is primarily used as a gas diffusion layer in fuel cell applications. Its unique microporous structure allows for optimal gas exchange while providing efficient electrical conductivity. This material is critical in ensuring that hydrogen and oxygen can effectively diffuse to the active sites in a fuel cell, enhancing overall cell performance. It can also be utilized in various electrochemical applications, making it a versatile component in energy conversion systems. -
Question:
How does the microporous layer benefit fuel cell performance?
Answer: The microporous layer in hydrophobic conductive carbon paper enhances fuel cell performance by facilitating the distribution and diffusion of gases across the electrode surface. This layer helps to minimize water accumulation, which can hinder performance by blocking gas access. By maintaining an optimal balance of water management and gas flow, the microporous layer contributes to higher efficiency and power output in fuel cells, making it a vital component in advanced energy technologies. -
Question:
What are the dimensions of this carbon paper?
Answer: The hydrophobic conductive carbon paper you are interested in has dimensions of 10 cm by 10 cm. This size is convenient for various laboratory and prototype applications in fuel cell research and development. It allows for easy handling and integration into experimental setups, making it ideal for testing new designs or configurations in fuel cell technology. -
Question:
Can this carbon paper be used in different types of fuel cells?
Answer: Yes, the hydrophobic conductive carbon paper is versatile and can be used in various types of fuel cells, including proton exchange membrane fuel cells (PEMFCs) and direct methanol fuel cells (DMFCs). Its properties make it suitable for different applications where effective gas diffusion and electrical conductivity are essential. Users can adapt it for prototyping and testing across a range of fuel cell technologies, enhancing research and innovation. -
Question:
Is this carbon paper compatible with other electrode materials?
Answer: Absolutely. This hydrophobic conductive carbon paper is designed to be compatible with various electrode materials commonly used in fuel cell applications, such as platinum and non-platinum catalysts. This compatibility allows researchers and engineers to combine it with different chemistries for enhanced performance or cost reduction. Its adaptable nature supports numerous experimental setups, facilitating innovation in fuel cell development. -
Question:
What is the significance of conductivity in this carbon paper?
Answer: The conductivity of hydrophobic conductive carbon paper is crucial as it ensures efficient electron transfer during electrochemical reactions in fuel cells. High conductivity reduces the ohmic resistance within the fuel cell, which in turn increases overall efficiency and power output. This quality makes it essential for high-performance applications where energy losses must be minimized, allowing for better utilization of fuel resources. -
Question:
How does hydrophobicity affect the operation of fuel cells?
Answer: Hydrophobicity in conductive carbon paper is beneficial for fuel cell operation, as it prevents excessive water buildup that can block gas diffusion channels. This property ensures that gases like hydrogen and oxygen remain available to the catalyst sites, enhancing the reaction efficiency. By incorporating hydrophobic materials, engineers can better manage water production within the cell, optimizing performance in various operating conditions. -
Question:
What applications extend beyond fuel cells for this material?
Answer: Beyond fuel cells, hydrophobic conductive carbon paper can be applied in various electrochemical devices, including batteries, supercapacitors, and sensors. Its capability to facilitate gas diffusion and charge transport makes it suitable for a diverse range of applications in energy storage and conversion systems. This versatility allows it to play a significant role in research relating to sustainable energy solutions and advanced material development. -
Question:
What are the optimal storage conditions for this carbon paper?
Answer: To maintain the quality and performance of hydrophobic conductive carbon paper, it is best stored in a cool, dry environment, away from direct sunlight and moisture. Proper storage helps preserve its hydrophobic and conductive properties, ensuring its reliability when employed in experiments or applications. Following these recommendations can enhance its longevity and functionality, making it an excellent choice for long-term projects. -
Question:
Where can I buy Hydrophobic Conductive Carbon Paper in Tanzania?
Answer: You can buy Hydrophobic Conductive Carbon Paper with a microporous layer as gas diffusion layer fuel cell electrode material from Ubuy in Tanzania. Ubuy offers a wide selection of specialized materials for various applications, including this high-quality carbon paper, making it convenient to source what you need for your projects.
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TZS 408934
Order now and get it around Tuesday, October 27
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Features & Benefits
- Designed for hydrogen fuel cell experiments with 180 μm and 210 μm thickness options.
- Utilizes high-throughput carbon fiber bonding technology for superior performance.
- Features a gradient microporous layer capable of increasing output power.
- Offers corrosion resistance and a long operational life.
- Incorporates advanced continuous papermaking and control technology for efficiency.
- Engineered for reliability and optimized for future fuel cell advancements.
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