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Foam Nickel Porous Metal Foam Nickel mesh Fuel Cell Electrode Foam Nickel Capacitor Nickel mesh (0.5 * 300 * 200mm, 1)
Foam nickel is a revolutionary material with 96-98% porosity and unparalleled versatility for battery performance, thermal conduction, and electrochemical applications.
Foam Nickel Porous Metal Foam Nickel mesh Fuel Cell Electrode Foam Nickel Capacitor Nickel mesh (0.5 * 300 * 200mm, 1)
Item #: 129267420

Foam Nickel Porous Metal Foam Nickel mesh Fuel Cell Electrode Foam Nickel Capacitor Nickel mesh (0.5 * 300 * 200mm, 1)

Item #: 129267420

BZD 216

Price Details

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*All items will import from US

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Foam nickel is a revolutionary material with 96-98% porosity and unparalleled versatility for battery performance, thermal conduction, and electrochemical applications.
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What Stands Out

High Conductivity
The Foam Nickel mesh offers exceptional electrical conductivity, enhancing fuel cell performance compared to standard electrodes, ensuring efficient energy conversion and improved power output.
Lightweight Structure
Designed with a porous framework, this Foam Nickel is lightweight yet durable, reducing overall system weight and enhancing transport efficiency for applications in automotive and aerospace industries.
Versatile Applications
This Foam Nickel is suitable for various applications including fuel cells and energy storage, addressing diverse market needs with high reliability and performance, elevating user experience across sectors.

Product Details

Shop Foam Nickel Porous Metal Foam Nickel mesh Fuel Cell Electrode Foam Nickel Capacitor Nickel mesh (0.5 * 300 * 200mm, 1) online at a best price in Belize. B0BWMRV8M8
Item Weight0.2 lbs (90 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.

Who Should Buy?

Suitable For
  • Fuel Cell Developers

    Ideal for designers focusing on efficient fuel cell systems, providing excellent conductivity and structural integrity.

  • Energy Storage Solutions

    Beneficial for teams developing capacitors, enhancing energy density and charge-discharge efficiency.

  • Research Laboratories

    Suitable for academics and researchers experimenting with advanced materials and applications in electrochemistry.

Not Suitable For
  • Casual Consumers

    Not ideal for general shoppers seeking everyday materials, as it caters to specific industrial applications.

Product Description

Foam Nickel Porous Metal Foam Nickel mesh Fuel Cell Electrode Foam Nickel Capacitor Nickel mesh (0.5 * 300 * 200mm, 1)

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Customer Questions & Answers

  • Question: What are the primary applications of Foam Nickel in fuel cells?

    Answer: Foam Nickel is widely utilized as an electrode material in fuel cells, specifically in the construction of the anode and cathode. Its high porosity ensures efficient gas diffusion, enhancing electrochemical reactions. This leads to improved performance and efficiency in hydrogen fuel cells as well as in certain batteries. You may find Foam Nickel used in applications involving renewable energy systems and electric vehicles, where maximizing energy conversion is crucial.
  • Question: How does Foam Nickel enhance the performance of capacitors?

    Answer: Foam Nickel acts as an effective substrate for capacitors, notably due to its high surface area and electrical conductivity. It facilitates better charge storage and faster discharge rates compared to traditional materials. This can lead to improved efficiency in power applications, such as in hybrid power systems or portable electronic devices. Utilizing Foam Nickel can therefore elevate the performance of energy storage solutions significantly.
  • Question: Is the Foam Nickel mesh easy to work with for DIY projects?

    Answer: Yes, Foam Nickel mesh is relatively easy to manipulate for various DIY projects. Its lightweight and flexible properties enable users to cut or shape it as needed without requiring specialized tools. This versatility makes it ideal for both hobbyists and professionals working on applications such as battery design or fuel cell prototyping. However, proper precautions should be taken when dealing with its fine mesh to avoid any potential hazards.
  • Question: What is the significance of the dimensions (0.5 * 300 * 200mm) in Foam Nickel products?

    Answer: The dimensions (0.5 * 300 * 200mm) specify the thickness, length, and width of the Foam Nickel, directly influencing its suitability for different applications. A thickness of 0.5mm offers a balance between strength and flexibility, which is crucial for applications in fuel cells and capacitors. Larger dimensions like 300mm and 200mm provide ample surface area, making it effective for setups where space optimization is key, like in compact energy systems.
  • Question: Can Foam Nickel be used in other energy applications outside of fuel cells?

    Answer: Absolutely, Foam Nickel is not limited to fuel cells. It is also extensively used in applications like batteries, supercapacitors, and even electrode materials in electrochemical sensors. Its properties make it suitable for energy storage solutions that require rapid charge and discharge cycles, which are critical in consumer electronics and renewable energy systems. Thus, its versatility extends to multiple domains within energy technology.
  • Question: What makes Foam Nickel a preferred choice over traditional materials?

    Answer: Foam Nickel is favored over traditional conductive materials due to its high porosity and surface area, which facilitate better mass transport during chemical reactions. This leads to increased efficiency in energy conversion applications, particularly in fuel cells and capacitors. Furthermore, its lightweight nature and excellent conductivity provide significant advantages in systems where weight and efficiency are paramount, such as in electric vehicles.
  • Question: How does the porosity of Foam Nickel affect its performance in electrochemical applications?

    Answer: The high porosity of Foam Nickel significantly enhances its performance in electrochemical applications by allowing gases and electrolytes to penetrate and react more effectively. This characteristic minimizes the resistance to gas access at the electrode surface, leading to enhanced reaction rates. It is particularly beneficial in devices like fuel cells, where efficient ion and gas transport are critical for maximizing output and minimizing energy losses.
  • Question: What safety considerations should be taken when handling Foam Nickel?

    Answer: When handling Foam Nickel, it is essential to wear protective gloves and eyewear to avoid irritation from the small particles or dust generated during manipulation. Its fine structure can pose inhalation hazards if not handled in a well-ventilated area. Additionally, ensure all equipment used is properly maintained to prevent any risks associated with mishandling, especially in applications involving high temperatures or reactive environments.
  • Question: What are the main differences between Foam Nickel and other metal foams?

    Answer: Foam Nickel differs from other metal foams primarily in terms of conductivity and electrochemical properties. While materials like aluminum or copper foams may be used in structural applications, Foam Nickel offers superior electrochemical performance due to its optimal surface area and stability in different chemical environments. This makes it ideal for energy solutions, particularly where high efficiency is required, as compared to less conductive foams.
  • Question: Where can I buy Foam Nickel Porous Metal Foam Nickel mesh Fuel Cell Electrode Foam Nickel Capacitor Nickel mesh in Belize?

    Answer: You can purchase Foam Nickel Porous Metal Foam Nickel mesh from Ubuy in Belize. Ubuy offers a convenient platform for obtaining this specialized product, ensuring that you have access to high-quality materials for your projects. By shopping through Ubuy, you can explore various options and find the right specifications to meet your specific needs.

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