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N-117 Membrane Series Electrochemical Proton Exchange Membrane Laboratory and Scientific Research Supplies (5x5 cm)
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N-117 Membrane Series Electrochemical Proton Exchange Membrane Laboratory and Scientific Research Supplies (5x5 cm)
High conductivity, high output power
N-117 Membrane Series Electrochemical Proton Exchange Membrane Laboratory and Scientific Research Supplies (5x5 cm)
Item #: 224890051

N-117 Membrane Series Electrochemical Proton Exchange Membrane Laboratory and Scientific Research Supplies (5x5 cm)

Item #: 224890051

USD 44

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Shop N-117 Membrane Series Electrochemical Proton Exchange Membrane Laboratory and Scientific Research Supplies (5x5 cm) online at a best price in Timor-Leste. B0BHYBG734
  • Suitable for electrodes in fuel cells, vanadium cells, electrolytic cells, electrodialysis, and electrochemical sensors
  • Good thermal stability and high-temperature resistance
  • Resistant to electrochemical oxidation and low corrosion, with good chemical stability
  • Good mechanical performance and long service life
  • High conductivity and high output power
  • Recommended pretreatment methods include hydrogen peroxide and diluted sulfuric acid treatment, followed by soaking in deionized water or electrolyte solution
Item Weight0.1 lbs (50 grams)

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Product Description

N-117 Membrane Series Electrochemical Proton Exchange Membrane Laboratory and Scientific Research Supplies (5x5 cm)

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Customer Questions & Answers

  • Question: What is the N-117 Membrane Series Electrochemical Proton Exchange Membrane?

    Answer: The N-117 Membrane Series is a high-performance proton exchange membrane designed specifically for electrochemical applications. It facilitates the conduction of protons while acting as a barrier to gases. Ideal for fuel cell and electrolysis research, its robust composition ensures high efficiency. Researchers often utilize this membrane in experimenting with renewable energy systems, enhancing their understanding of electrochemical processes.
  • Question: What are the dimensions of the N-117 membrane?

    Answer: The N-117 membrane measures 5x5 cm, making it suitable for various laboratory setups. This size allows for scalability in experiments while maintaining precision. Researchers can easily integrate this membrane into small-scale prototypes or larger systems, enabling them to test different configurations and optimize designs without significant material wastage.
  • Question: What applications can the N-117 membrane be used for?

    Answer: The N-117 membrane is widely used in fuel cell technology, water electrolysis, and various electrochemical systems. Its ability to conduct protons efficiently makes it essential in power generation and storage projects. Researchers and developers utilize it to experiment with alternative energy sources, aiming to enhance energy conversion efficiency in sustainable applications.
  • Question: How does the N-117 membrane enhance performance in electrochemical applications?

    Answer: The N-117 membrane enhances performance by providing low resistance to proton transport while minimizing gas crossover. This leads to improved efficiency and stability of electrochemical cells. In practical use, this means that experiments focused on fuel cell efficiency or energy storage solutions can yield more reliable data, helping scientists and engineers innovate more effectively.
  • Question: Is the N-117 membrane sensitive to specific environmental conditions?

    Answer: Yes, the N-117 membrane can be sensitive to certain environmental conditions, such as temperature and humidity. Maintaining optimal conditions is crucial for ensuring maximum performance and durability. Researchers conducting experiments should monitor these factors closely, as they can affect the ionic conductivity of the membrane, impacting overall results.
  • Question: Can the N-117 membrane be used with other materials?

    Answer: The N-117 membrane is compatible with various materials, making it versatile for integration into different electrochemical systems. For instance, it can work well with carbon-based electrodes and platinum catalysts. This compatibility allows researchers to customize their setup for specific experiments, tailoring materials to suit their unique research needs.
  • Question: What is the composition of the N-117 membrane?

    Answer: The N-117 membrane is primarily composed of perfluorosulfonic acid polymer, known for its excellent proton conductivity and chemical stability. This material allows for high performance across a range of temperatures and conditions. Its durability means that laboratories can rely on the membrane for extended research periods without the need for frequent replacements.
  • Question: What type of research is the N-117 membrane typically used in?

    Answer: The N-117 membrane is typically used in electrochemical research, particularly in the development of fuel cells, electrolyzers, and battery technologies. It serves as a crucial component in studies aimed at understanding and improving clean energy technologies. Researchers often conduct experiments focused on sustainability and energy efficiency, leveraging the properties of this membrane.
  • Question: How does the N-117 membrane compare to other membranes?

    Answer: Compared to other membranes, the N-117 stands out due to its superior proton conductivity and durability. This makes it particularly effective for high-performance applications. Researchers often find that the N-117 provides better results in terms of efficiency and longevity, making it a preferred choice for advanced electrochemical research in comparison to less efficient options.
  • Question: Where can I buy the N-117 Membrane Series Electrochemical Proton Exchange Membrane in Timor-Leste?

    Answer: You can purchase the N-117 Membrane Series Electrochemical Proton Exchange Membrane at Ubuy. They provide a wide range of laboratory and scientific research supplies, along with the convenience of an online shopping platform that caters to customers in Timor-Leste. Ubuy simplifies the procurement process, ensuring you have access to essential materials for your research endeavors.

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Pros

  • Excellent performance
  • User-friendly design
  • Highly durable materials
  • Great customer support
  • Stylish appearance

Cons

  • Slightly heavier than expected

Product Price History

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USD 44

This product is not Fulfilled by Ubuy and can take minimum 10 days in delivery. We might cancel the product from the order and refund you if any issue arise with the delivery of this product.

QTY:

Secured transactionsecured transaction

Ubuy works hard to protect your security and privacy. Our advanced payment security system ensures confidentiality by encrypting your information during transmission using AES (Advanced Encryption Standards) and SSL (Secure Socket Layer) protocols. Your payment details are 100% secure as we do not share your payment details with third party sellers.

Our Top Logistics Partners
  • fedex
  • dhl
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Features & Benefits

  • Suitable for electrodes in fuel cells, vanadium cells, electrolytic cells, electrodialysis and electrochemical sensors
  • Good thermal stability, high temperature resistance
  • Resistance to electrochemical oxidation, low corrosion, good chemical stability
  • Good mechanical performance and long service life
  • High conductivity
  • High output power