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Porous Foam Nickel Super Capacitor Ni-Foam Battery Electrode Electrolytic Metal Foam Nickel Sheet Nickel Plate for Scientific Research Experiment (1, 1.0mm * 100mm * 100mm)
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Porous Foam Nickel Super Capacitor Ni-Foam Battery Electrode Electrolytic Metal Foam Nickel Sheet Nickel Plate for Scientific Research Experiment (1, 1.0mm * 100mm * 100mm)
Nickel foam is a functional new material with exceptional characteristics and a permeability of up to 98.5%.
Porous Foam Nickel Super Capacitor Ni-Foam Battery Electrode Electrolytic Metal Foam Nickel Sheet Nickel Plate for Scientific Research Experiment (1, 1.0mm * 100mm * 100mm)
Item #: 220625238

Porous Foam Nickel Super Capacitor Ni-Foam Battery Electrode Electrolytic Metal Foam Nickel Sheet Nickel Plate for Scientific Research Experiment (1,

Item #: 220625238

€ 65

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Nickel foam is a functional new material with exceptional characteristics and a permeability of up to 98.5%.
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Shop Porous Foam Nickel Super Capacitor Ni-Foam Battery Electrode Electrolytic Metal Foam Nickel Sheet Nickel Plate for Scientific Research Experiment (1, 1.0mm * 100mm * 100mm) online at a best price in Malta. B0DBQR31S6
Brand NameLIFEYYZG
Number of Items1
Part NumberLIFE-YYZG-IM48-N
ManufacturerLIFEYYZG
ColorGray
Item ShapeSheet
Item FormSheet
MaterialNickel
BrandLIFEYYZG
ShapeSheet
Item Weight0.25 lbs (110 grams)

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Product Description

Porous Foam Nickel Super Capacitor Ni-Foam Battery Electrode Electrolytic Metal Foam Nickel Sheet Nickel Plate for Scientific Research Experiment (1, 1.0mm * 100mm * 100mm)

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Customer Questions & Answers

  • Question: What is a Porous Foam Nickel Super Capacitor?

    Answer: A Porous Foam Nickel Super Capacitor is a type of energy storage device that utilizes porous nickel foam as its electrode material. This design maximizes surface area, facilitating efficient energy storage and rapid charge/discharge cycles. Its unique porous structure allows for effective ion transport and enhances the overall performance of the capacitor. Typically used in applications like energy storage systems, electric vehicles, and portable electronics, it is especially suitable for scenarios where fast energy delivery and high power density are critical.
  • Question: What are the main applications of Ni-Foam Battery Electrodes?

    Answer: Ni-Foam Battery Electrodes are primarily used in supercapacitors and batteries due to their high conductivity and large surface area. They are ideal for applications requiring quick power bursts, such as in regenerative braking systems in electric vehicles, power back-up systems, and in various electronic devices. The flexible nature of nickel foam also allows it to be adapted for experimental setups in scientific research, making it suitable for both commercial and experimental applications.
  • Question: How does the Porous Foam Nickel enhance supercapacitor performance?

    Answer: The Porous Foam Nickel enhances supercapacitor performance by providing a large surface area for electrochemical reactions, which allows for higher capacitance and energy density. Additionally, its porous nature enhances the ion transport efficiency, leading to faster charge and discharge cycles. This makes it particularly beneficial in applications requiring rapid energy delivery, such as in hybrids and electric vehicles, where quick bursts of energy and rapid recharge times are essential.
  • Question: Can the Ni-Foam Nickel Sheets be used for research purposes?

    Answer: Yes, Ni-Foam Nickel Sheets are often utilized in research experiments, particularly in fields like materials science, electrochemistry, and energy storage technology. Researchers use these sheets to explore new electrode materials, study performance metrics, and develop innovative energy storage solutions. Their versatility enables experimentation with various configurations and coatings, making them valuable tools in advancing scientific knowledge and applications in energy technologies.
  • Question: What properties should I look for in a Ni-Foam Battery Electrode?

    Answer: When choosing a Ni-Foam Battery Electrode, consider properties such as porosity, thickness, surface area, and electrical conductivity. High porosity ensures maximum ion access, while sufficient thickness provides mechanical stability. A larger surface area contributes to increased energy storage capacity, and high electrical conductivity ensures efficient charge transfer. These properties are essential for optimal performance in energy storage applications, ensuring reliability and efficiency in your projects.
  • Question: What are the benefits of using Nickel over other materials for capacitors?

    Answer: Nickel offers several benefits as a capacitor material, including its excellent electrical conductivity, chemical stability, and resistance to corrosion. These properties contribute to a longer lifespan and reliable performance under various operating conditions. Additionally, nickel's high surface area facilitates efficient charge storage and transfer, making it a preferred choice for supercapacitors and energy storage devices. Its widespread availability and affordability also make nickel a practical option for various applications.
  • Question: Are there safety concerns when using Ni-Foam in experiments?

    Answer: While Ni-Foam materials are generally safe to use, it's essential to follow standard lab safety protocols. Nickel can cause skin and respiratory irritation; thus, wearing protective gear such as gloves and masks is advisable. Ensure that you are working in a well-ventilated area and handling materials properly to avoid exposure. Proper disposal methods should be employed to comply with safety regulations, especially when dealing with chemical treatments or coatings applied to the nickel foam.
  • Question: What is the difference between Ni-Foam and traditional nickel plates?

    Answer: The primary difference between Ni-Foam and traditional nickel plates lies in their structure and surface area. Ni-Foam is designed with a porous structure that increases the surface area significantly, allowing for greater ion access and improved electrochemical properties. In contrast, traditional nickel plates have a solid structure with limited surface area, which may hinder performance in energy storage applications. The enhanced properties of Ni-Foam make it suitable for supercapacitors where high power density and fast charge/discharge rates are required.
  • Question: How do I store the Porous Foam Nickel to ensure its longevity?

    Answer: To ensure the longevity of Porous Foam Nickel, store it in a cool, dry environment, away from direct sunlight and extreme temperatures. Avoid exposure to moisture, as this can lead to corrosion over time. It is also advisable to keep the foam in a protective case or bag to prevent physical damage. By taking these precautions, you can maintain the material's integrity and performance for extended periods, making it ready for use whenever needed.
  • Question: Where can I buy Porous Foam Nickel Super Capacitor Ni-Foam Battery Electrode?

    Answer: You can purchase the Porous Foam Nickel Super Capacitor Ni-Foam Battery Electrode from Ubuy in Malta. Ubuy offers a wide variety of scientific and experimental supplies, ensuring a reliable source for your research needs. With a user-friendly online shopping experience, you can easily find and order this specialized product tailored for your experiments.

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€ 65

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Features & Benefits

  • High permeability up to 98.5%, ensuring excellent fluid flow.
  • Lightweight design with a large specific surface area for versatile applications.
  • Impressive tensile strength and bending properties for durability.
  • Heat resistant and exhibits high thermal conductivity.
  • Effective sound absorption and insulation capabilities.
  • Ideal for various fields including chemical power supply and thermal engineering.

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