Nitrogen-doped graphene flake-spherical mixture
Price range: $39.58 through $72.92
Black powder with 0.5–10 μm particle size, ~60 m²/g surface area, and ~1.2 at% N-doping. Enhanced n-type conductivity, tunable bandgap, rich active sites. Ideal for electronics, energy storage, catalysts, sensors, and biomedical applications.
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Key features: High conductivity, thermal stability, hybrid morphology
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Applications: FETs, batteries, fuel cells, biosensors
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Custom doping and morphology optimization available
Email: Sales@maxnanotech.com
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Product Overview
We produce advanced nitrogen-doped graphene materials featuring a unique sheet-spherical hybrid morphology. Our proprietary doping process introduces nitrogen atoms into the graphene lattice, creating tailored electronic properties while maintaining excellent structural integrity. This material combines the benefits of 2D graphene sheets with spherical carbon architectures for enhanced performance in multiple applications.
Specifications
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Particle Diameter: 0.5-10 μm
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Specific Surface Area: ~60 m²/g
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Nitrogen Content: ~1.2 at%
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Form: Black free-flowing powder
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Electrical Conductivity: Enhanced carrier concentration
Material Properties
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Electronic Structure: Modified bandgap with n-type characteristics
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Thermal Conductivity: Superior to conventional graphite materials
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Active Sites: Increased catalytic sites through nitrogen incorporation
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Structural Stability: High thermal and oxidation resistance
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Hybrid Morphology: Combines 2D sheets and spherical structures
Key Advantages
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Enhanced Conductivity: Superior electrical properties compared to carbon black
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Synergistic Networks: Forms efficient conductive pathways with carbon additives
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Tunable Properties: Electronic structure adjustable through doping parameters
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Rich Functionality: Multiple active sites for chemical interactions
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Versatile Processing: Compatible with various fabrication methods
Applications
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High-performance field-effect transistors and flexible electronics
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Advanced electrode materials for batteries and supercapacitors
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Efficient catalysts for fuel cells and chemical reactions
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High-sensitivity environmental and biological sensors
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Biomedical platforms for drug delivery and biosensing
Performance Features
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Excellent carrier mobility for electronic devices
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Enhanced electrochemical performance in energy storage
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Superior catalytic activity with high stability
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Improved detection sensitivity in sensing applications
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Biocompatibility for medical applications
Technical Support
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Custom doping concentrations available
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Morphology optimization services
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Application-specific formulation guidance
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Performance testing and characterization reports
Contact Information
For technical specifications and product consultation:
Email: Sales@maxnanotech.com
| Weight | 100 g |
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| Dimensions | 30 × 20 × 20 mm |
| Specification | Nitrogen Content: ~1.2 at%; Specific Surface Area: ~60 m²/g; 500 mg, Nitrogen Content: ~1.2 at%; Specific Surface Area: ~60 m²/g; 1 g |
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