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1pc CVD Three-Dimensional Graphene Foam - Lightweight NickelCopper Substrate for Supercapacitors, BatteriesNickel 2cm x 2cm
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1pc CVD Three-Dimensional Graphene Foam - Lightweight NickelCopper Substrate for Supercapacitors, BatteriesNickel 2cm x 2cm
Innovative 3D graphene foam replicates foam metal structure, offering unmatched charge conduction and low density.
1pc CVD Three-Dimensional Graphene Foam - Lightweight NickelCopper Substrate for Supercapacitors, BatteriesNickel 2cm x 2cm
Item #: 153852730

1pc CVD Three-Dimensional Graphene Foam - Lightweight NickelCopper Substrate for Supercapacitors, BatteriesNickel 2cm x 2cm

Item #: 153852730

AUD 279

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*All items will import from US

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Order now and get it around Saturday, September 19
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Innovative 3D graphene foam replicates foam metal structure, offering unmatched charge conduction and low density.
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What Stands Out

Advanced Material
This 3D graphene foam offers superior conductivity and efficiency, optimizing energy storage solutions in supercapacitors and batteries, significantly enhancing their performance over conventional materials.
Lightweight Design
Weighing minimally yet robust, this nickel/copper substrate provides users with an efficient energy solution that doesn't compromise on structural integrity, making it ideal for portable and compact applications.
Versatile Application
Designed for various energy storage systems, this product supports diverse technological implementations, ensuring compatibility and performance improvement across supercapacitors and battery technologies.

Product Details

Shop 1pc CVD Three-Dimensional Graphene Foam - Lightweight NickelCopper Substrate for Supercapacitors, BatteriesNickel 2cm x 2cm online at a best price in Kiribati. B0FHWDKGZH

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
  • Battery Developers

    Ideal for those creating advanced batteries requiring lightweight and efficient conductive substrates to enhance performance.

  • Research Institutions

    Perfect for laboratories focusing on nanotechnology and material science to explore new applications in energy storage.

  • DIY Enthusiasts

    Great for hobbyists developing custom electronics or renewable energy projects needing versatile materials like graphene.

Not Suitable For
  • General Consumers

    Not suitable for everyday users as technical knowledge is needed to understand and utilize the graphene foam effectively.

Product Description

1pc CVD Three-Dimensional Graphene Foam - Lightweight NickelCopper Substrate for Supercapacitors, BatteriesNickel 2cm x 2cm

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is a CVD Three-Dimensional Graphene Foam?

    Answer: CVD Three-Dimensional Graphene Foam is a lightweight, porous material made through chemical vapor deposition techniques. Its 3D structure significantly enhances conductivity and electrochemical performance. These properties make it ideal for applications in supercapacitors and batteries, allowing for improved energy storage solutions. For instance, it can be used in flexible electronic devices where lightweight and high-performance materials are critical.
  • Question: How does the Nickel/Copper substrate benefit supercapacitors?

    Answer: The Nickel/Copper substrate serves as an excellent conductor, providing a stable foundation for the CVD graphene foam. This combination enhances the device's performance by allowing for efficient charge distribution, resulting in faster energy storage and release. Users can expect improved efficiency in applications such as electric vehicles or portable electronics where rapid charging is essential.
  • Question: What are the key advantages of using a 2cm x 2cm graphene foam in batteries?

    Answer: The 2cm x 2cm size of the graphene foam makes it versatile for various battery designs, allowing for easy integration into compact spaces. The high surface area of the foam increases the active material, leading to enhanced capacity and faster charge/discharge rates. This size makes it particularly beneficial for small electronic devices, where maximizing space without compromising performance is essential.
  • Question: Can I use 1 pc of graphene foam for multiple applications?

    Answer: Yes, a single piece of CVD graphene foam can be utilized across various applications, including supercapacitors, batteries, and even in advanced sensors. This adaptability stems from its excellent conductivity and mechanical properties. Users can experiment with small-scale prototypes for energy storage in wearables, electric bikes, and other smart applications, demonstrating its versatility.
  • Question: What is the maximum operating temperature for this graphene foam?

    Answer: The CVD Three-Dimensional Graphene Foam can typically withstand high temperatures, often exceeding 300°C, without substantial degradation. This resilience allows for use in high-performance applications where heat management is crucial, such as in electric vehicles or industrial energy storage systems. Users should consider thermal performance when designing their systems to ensure optimal functioning.
  • Question: How does graphene foam contribute to the energy efficiency of devices?

    Answer: Graphene foam improves energy efficiency by enhancing the electrical conductivity of energy storage systems. Its 3D structure facilitates faster ion transport during charge cycles, reducing energy losses. This enhanced efficiency is particularly valuable in consumer electronics and renewable energy systems, where longer battery life and performance are critical to user satisfaction.
  • Question: Is this product eco-friendly?

    Answer: Yes, CVD graphene foam can be considered eco-friendly, especially when compared to traditional materials. Graphene is derived from carbon, which is abundant and can be sourced responsibly. Additionally, its use in energy storage devices contributes to sustainability by enabling cleaner energy solutions and improving the efficiency of devices that use renewable energies. This is especially important for industries aiming to reduce their carbon footprint.
  • Question: Can I customize the size of the graphene foam substrate?

    Answer: While the standard size for this graphene foam is 2cm x 2cm, customization is often available depending on specific supplier capabilities. Custom sizes can be beneficial for specific device designs or research applications. In the development of cutting-edge technology, tailored sizes can ensure optimal performance and compatibility in devices ranging from smartphones to complex energy storage systems.
  • Question: What safety precautions should I take when handling graphene foam?

    Answer: When handling CVD Three-Dimensional Graphene Foam, it's important to wear protective gloves and goggles to avoid irritation. Although graphene is considered safe, fine particles can cause respiratory issues if inhaled. Working in a well-ventilated area is advised to minimize any risks associated with dust. Users in laboratories or manufacturing should follow standard safety protocols to ensure a safe working environment.
  • Question: Where can I buy 1pc CVD Three-Dimensional Graphene Foam in Kiribati?

    Answer: You can purchase the 1pc CVD Three-Dimensional Graphene Foam from Ubuy, which is a reliable platform for sourcing high-quality materials. Ubuy offers a variety of products tailored to meet your specific needs, ensuring a smooth shopping experience. They provide a straightforward way to access advanced materials suitable for research or industrial applications.

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AUD 279

Order now and get it around Saturday, September 19

QTY:

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Fastest cross-border delivery

Features & Benefits

  • Advanced 3D graphene foam mimics foam metal for superior performance.
  • Unmatched charge conduction capability ensures efficiency in various applications.
  • Extremely lightweight with a low density for easy handling and processing.
  • High specific surface area and exceptional porosity cater to diverse needs.
  • Outperforms traditional materials like copper and aluminum in thermal conductivity.
  • Ideal for applications in supercapacitors, batteries, and sensors.

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