Three-dimensional graphene foam1cmx1cm
$291.67
Freestanding or Ni-supported 3D porous network. High surface area (>1000 m²/g), excellent conductivity, compressibility. Ideal for batteries, sensors, filtration, composites.
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Density: 5-10 mg/cm³
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Custom porosity & functionalization
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Applications: Energy, sensing, catalysis
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.
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Product Overview
We manufacture three-dimensional freestanding graphene foam using nickel foam templates through an optimized chemical vapor deposition process. Our proprietary technique creates an interconnected 3D graphene network that maintains structural integrity without substrate support, offering exceptional surface area and unique mechanical properties for advanced applications.
Specifications
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Format: Freestanding or nickel substrate-supported
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Dimensions: 1cm × 1cm × ~0.5mm thickness
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Structure: Three-dimensional porous network
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Surface Area: >1000 m²/g
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Density: 5-10 mg/cm³
Key Features
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High Porosity: Interconnected 3D network with tunable pore size
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Excellent Conductivity: Maintains graphene’s high electrical conductivity in 3D form
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Mechanical Resilience: Outstanding compressibility and recovery
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Large Surface Area: Ideal for adsorption and reaction applications
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Free-Standing: Requires no additional support substrate
Applications
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Advanced energy storage (batteries, supercapacitors)
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High-performance sensors and detectors
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Catalytic supports and reaction platforms
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Environmental filtration and purification
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Composite reinforcement materials
Structural Advantages
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Direct integration into devices without transfer
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Tunable density and porosity
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Excellent thermal and electrical conductivity
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Lightweight yet mechanically robust
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Customizable morphology and dimensions
Technical Support
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Porosity and density customization available
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Surface functionalization services
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Performance testing reports provided
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Application-specific optimization
Contact Information
For technical specifications and custom orders:
Email: sales@maxnanotech.com
| Weight | 100 g |
|---|---|
| Dimensions | 30 × 20 × 20 mm |
| Specification | Unsupported; Area: 1 cm × 1 cm, On Nickel Substrate; Area: 1 cm × 1 cm |
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