Three-dimensional graphene foam2cmx2cm
$520.83
Freestanding or Ni-supported 3D network with tunable porosity (100–500 μm). High surface area (800–1200 m²/g), excellent conductivity, >90% compressibility. Ideal for energy storage, sensors, filtration, composites.
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Density: 4–8 mg/cm³
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Custom pore size & surface chemistry
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Applications: Batteries, catalysis, thermal management
Email: sales@maxnanotech.com
Important Notes
- No Refunds or Exchanges: All sales are final. MAXNANO does not provide return, exchange, or refund services under any circumstances.
- Customs and Import Obligations: Clearance procedures, import duties, taxes, and related costs are solely the responsibility of the recipient/importer. MAXNANO shall not be held liable for delays, rejections, or any additional expenses incurred during customs processes. Such issues shall not constitute grounds for order cancellation or refund.
- Order Cancellation: Orders cannot be revoked once submitted. No refunds will be issued for cancelled or undelivered orders.
- Indemnification: The purchaser agrees to bear all claims, losses, legal liabilities, and expenses arising from the use of products and services, and shall hold MAXNANO, its affiliates, and personnel harmless from such obligations.
- Terms and Conditions: All orders and business interactions are subject to MAXNANO’s standard Terms and Agreements.
Inquiry Now
Product Overview
We produce large-format 3D freestanding graphene foam using an advanced template-assisted CVD process. Our manufacturing technique creates self-supported three-dimensional graphene networks with tailored porosity and exceptional mechanical integrity, providing a versatile platform for energy, environmental, and composite applications.
Specifications
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Dimensions: 2cm × 2cm × ~0.5mm thickness
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Configuration: Freestanding or nickel substrate-supported options
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Pore Size: 100-500 μm (customizable)
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Density: 4-8 mg/cm³
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Surface Area: 800-1200 m²/g
Key Features
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3D Network Structure: Continuous graphene framework with hierarchical porosity
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Excellent Conductivity: Maintains high electrical conductivity throughout 3D architecture
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Mechanical Resilience: Outstanding compressibility with >90% recovery rate
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High Surface Area: Enhanced accessibility for reactions and interactions
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Substrate-Free: Self-supporting structure requires no additional carriers
Applications
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Energy storage electrodes (batteries, supercapacitors)
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Advanced sensor and catalyst platforms
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Environmental filtration and separation systems
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Composite material reinforcement
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Thermal management systems
Structural Advantages
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Tunable pore size and distribution
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Direct device integration capability
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Excellent mass transport properties
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Customizable surface chemistry
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Scalable manufacturing process
Quality Assurance
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Batch consistency verification
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Structural integrity testing
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Electrical performance validation
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Custom characterization reports available
Contact Information
For technical specifications and volume pricing:
Email: sales@maxnanotech.com
| Weight | 100 g |
|---|---|
| Dimensions | 30 × 20 × 20 mm |
| Specification | Unsupported; Area: 2 cm × 2 cm, On Nickel Substrate; Area: 2 cm × 2 cm |
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