3D Multilayer Freestanding Graphene Foam 2inch x2 inch

Price 10000 INR/ Piece

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MOQ : 1 Piece

3D Multilayer Freestanding Graphene Foam 2inch x2 inch Specification

Material
3D Multilayer Freestanding Graphene Foam

Application
Energy storage devices, sensors, thermal management, catalyst support, composite materials

Chemical Composition
Carbon (pure graphene multi-layer structure)

Shape
Foam block, square cut (2 inch x 2 inch)

Hardness
Flexible, soft, compressible

Density
10 Gram per cubic centimeter(g/cm3)

Dimension
2 inch x 2 inch x (typically 3-5 mm thickness)

Color
Black

Mechanical Strength
High elasticity and resilience, retains structure under compression

Layer Structure
Multilayer graphene (8-15 layers approx.)

Surface Area
300-800 m²/g

Porosity
>95%

Electrical Conductivity
> 100 S/cm

Purity
>98%

Pore Size
50-200 microns

Thermal Conductivity
High, anisotropic (in-plane higher than out-of-plane)

3D Multilayer Freestanding Graphene Foam 2inch x2 inch Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
Piece

Delivery Time
20 Days

About 3D Multilayer Freestanding Graphene Foam 2inch x2 inch

Experience the ephemeral brilliance of our 3D Multilayer Freestanding Graphene Foam, crafted for a limited time to deliver cost-effective and unmatchable performance in a compact 2 inch x 2 inch form. Boasting an exquisite pore size of 50200 microns and valorous multilayer graphene structure (815 layers), this foam offers porosity greater than 95%, with exceptional electrical and thermal conductivity. Its high elasticity, resilience, and purity (98%) ensure unparalleled utility for energy storage, sensors, thermal management, catalyst support, and advanced composites. Elevate your innovations with this exquisite material.

Diverse Applications & Competitive Advantage

The 3D Multilayer Freestanding Graphene Foam is perfect for energy storage devices, sensor platforms, and advanced thermal management solutions. Its high surface area and optimal porosity allow for enhanced performance, making it competitive in cutting-edge fields. Application surfaces include batteries, supercapacitors, sensors, and catalytic supports. Its unmatchable mechanical strength and flexibility, combined with superior conductivity, give it a clear advantage over conventional materials.

Domestic Market Reach & Certified Shipment

Servicing the Indian domestic market, this graphene foam comes with reputed certifications and reliable quality assurance. Quick dispatch procedures at major FOB ports ensure your order is handed over within a rapid estimate window for maximum convenience. Whether sourced by distributors, manufacturers, or retailers, each shipment meets rigorous standards to guarantee satisfaction, timely delivery, and product integrity from supplier to trader.

FAQs of 3D Multilayer Freestanding Graphene Foam 2inch x2 inch:

Q: How can 3D Multilayer Freestanding Graphene Foam be integrated into energy storage devices?

A: The foam serves as an advanced electrode or conductive scaffold in batteries and supercapacitors due to its high electrical conductivity, large surface area, and robust porosity, enhancing charge storage and transfer efficiency.

Q: What is the typical process for handling and assembling this graphene foam?

A: Its flexible and compressible nature allows for easy cutting, shaping, and assembly into desired configurations. It retains structural integrity under compression, making it ideal for incorporation into various device architectures.

Q: Where is this product available within India?

A: You can acquire the foam from verified distributors, manufacturers, retailers, suppliers, or traders across India. It is ready for quick dispatch from major FOB ports nationwide, supporting seamless logistic handover.

Q: When can you expect shipment and delivery of the foam?

A: Shipments are initiated promptly upon order confirmation, with a rapid estimate for delivery based on proximity to dispatch ports. Orders are typically handed over to carriers within the scheduled timeline for swift transit.

Q: What competitive advantages does this foam offer over traditional electrode or sensor materials?

A: Its multilayer graphene structure provides superior conductivity, mechanical strength, and flexibility, paired with high purity and unmatchable porosity. These features considerably outperform traditional materials for cutting-edge applications.

Q: How is its surface area beneficial for catalyst support and composite material applications?

A: With a surface area of 300800 m8/g, the foam enables efficient catalyst dispersion and robust composite integration, significantly increasing chemical reactivity and overall material performance.

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