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stonylab Nickel Foam, 100x100x1.5 mm, GDMS Tested, Porous Structure for Electrochemical Research, 1 Piece
stonylab ensures superior quality with annual SGS certification through rigorous GDMS analysis.
stonylab Nickel Foam, 100x100x1.5 mm, GDMS Tested, Porous Structure for Electrochemical Research, 1 Piece
Item #: 191364900

stonylab Nickel Foam, 100x100x1.5 mm, GDMS Tested, Porous Structure for Electrochemical Research, 1 Piece

Item #: 191364900

NZD 95

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*All items will import from US

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What Stands Out

High Purity Material
Crafted from high-quality nickel, ensuring minimal impurities for accurate electrochemical research. SGS certified and GDMS tested, it guarantees reliability and precision in experimental applications.
Innovative Porous Design
The unique porous structure enhances surface area, promoting effective electrochemical reactions. This design supports advanced research by facilitating improved ion conductivity and reaction efficiency.
Versatile Applications
Ideal for both academic and industrial research settings, this nickel foam is suitable for a variety of electrochemical applications, including batteries, fuel cells, and sensors, enhancing research versatility and utility.

Product Details

Shop stonylab Nickel Foam, 100x100x1.5 mm, GDMS Tested, Porous Structure for Electrochemical Research, 1 Piece online at a best price in Cook Islands. B0F1YQJ49N

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.

Who Should Buy?

Suitable For
  • Research Scientists

    Ideal for scientists looking to explore electrochemical properties in various applications, promoting innovative research methodologies.

  • Battery Developers

    Suitable for engineers developing advanced battery technologies that require materials with high surface area for efficient reactions.

  • Electrode Fabricators

    Perfect for those fabricating electrodes in devices needing a stable and porous substrate for optimal performance.

Not Suitable For
  • General Consumers

    Not suitable for average consumers, as it's designed for specialized applications rather than general use or home projects.

Product Description

stonylab Nickel Foam, 100x100x1.5 mm, GDMS Tested, Porous Structure for Electrochemical Research, 1 Piece

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is StonyLab Nickel Foam used for?

    Answer: StonyLab Nickel Foam is primarily used in electrochemical research as a conductive substrate. Its porous structure allows for maximum surface area, enhancing the electrochemical processes, such as battery and fuel cell applications. Researchers utilize this nickel foam in applications where durability and conduction are critical, such as in the development of electrodes for supercapacitors and batteries.
  • Question: How is the quality of StonyLab Nickel Foam ensured?

    Answer: StonyLab Nickel Foam is SGS certified and GDMS tested, ensuring its high purity and quality. SGS certification indicates that the product meets international standards for safety, health, and environmental protection. GDMS testing provides confirmation of the elemental composition, assuring users that the foam contains minimal impurities, making it suitable for high-precision electrochemical applications.
  • Question: Is StonyLab Nickel Foam suitable for high-temperature applications?

    Answer: Yes, StonyLab Nickel Foam is suitable for high-temperature applications. Nickel foam exhibits excellent thermal stability, which is crucial for electrochemical reactions that may generate heat. Its ability to retain structural integrity under high-temperature conditions makes it a reliable choice for industrial and research applications where heat management is necessary.
  • Question: Can StonyLab Nickel Foam be used in catalysis?

    Answer: Absolutely! StonyLab Nickel Foam's porous structure and high conductivity make it an excellent candidate for catalytic applications. In catalytic processes, especially those involving electrochemical reactions, the foam can serve as a substrate that allows reactants to easily access active catalytic sites, enhancing overall reaction kinetics and efficiency.
  • Question: What are the dimensions of StonyLab Nickel Foam and how does it affect its usage?

    Answer: The dimensions of StonyLab Nickel Foam are 100x100x2 mm, providing ample surface area while maintaining a manageable size for various applications. This thickness allows for structural support during experiments while ensuring sufficient porosity for electrolyte penetration, making it ideal for use in electrochemical cells and reactors.
  • Question: Is StonyLab Nickel Foam recyclable?

    Answer: Yes, StonyLab Nickel Foam is recyclable, making it an environmentally friendly choice for research and industrial applications. After its use in electrochemical experiments or processes, it can be reclaimed and processed to reduce waste. This aspect is increasingly important in sustainable research practices, promoting a circular economy in materials science.
  • Question: What makes the porous structure of StonyLab Nickel Foam beneficial?

    Answer: The porous structure of StonyLab Nickel Foam is beneficial because it increases the material's surface area, allowing for more active sites for chemical reactions. This design optimizes mass transport during electrochemical reactions. As a result, it is commonly used in applications like supercapacitors, where efficiency and performance are paramount.
  • Question: How does the electrochemical performance of StonyLab Nickel Foam compare to other materials?

    Answer: StonyLab Nickel Foam often outperforms other conductive materials such as carbon-based substrates due to its higher electrical conductivity and porosity. This enhances charge transfer and reaction kinetics in electrochemical systems. Researchers frequently choose nickel foam over alternatives for applications requiring robust and efficient electrochemical performance.
  • Question: Where can I buy StonyLab Nickel Foam in Cook Islands?

    Answer: You can purchase StonyLab Nickel Foam from Ubuy, a reliable platform that offers a variety of scientific materials and equipment. Ubuy provides international shipping and a wide selection of products, making it convenient for researchers looking to source specialized items like nickel foam for their electrochemical research needs.
  • Question: What are some practical applications of StonyLab Nickel Foam?

    Answer: StonyLab Nickel Foam has numerous practical applications, especially in energy storage and conversion devices. It is widely utilized in making electrodes for batteries, supercapacitors, and fuel cells. Its excellent conductivity and porous nature make it suitable for sensors and catalysts as well, playing a crucial role in advancing energy technologies and material science.

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