Product Overview
We produce high-quality nano-grade fluorinated graphite through advanced fluorination processes, creating a superior carbon-based material with exceptional chemical stability and unique functional properties. Our (CFx)n compound features covalent bonding between fluorine and carbon atoms, delivering performance characteristics that make it ideal for advanced energy storage and specialized industrial applications.
Specifications
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Appearance: Off-white powder
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Thickness: <10 nm
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Flake Diameter: 0.5-10 μm
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Fluorine Content: 50-60 wt%
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C/F Ratio: ~1.0 (Highly fluorinated)
Key Properties
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Excellent Chemical Stability: Resistant to strong acids and bases
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Thermal Stability: Maintains structure up to 600°C
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Electrical Insulation: High electrical resistivity
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Superior Lubricity: Exceeds MoS₂ and graphite performance
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Low Surface Energy: Hydrophobic and oleophobic characteristics
Product Features
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Exceptional thermal and chemical stability
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Tunable electrical properties from insulator to semiconductor
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Enhanced mechanical strength and hardness
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Excellent hydrophobic and oleophobic properties
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High purity with consistent fluorination levels
Applications
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Battery Materials: Cathode modifier for lithium-ion batteries
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Energy Storage: Supercapacitors and high-energy density cells
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Anti-corrosion Coatings: Protective surface treatments
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Advanced Lubricants: High-performance lubricating materials
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Self-cleaning Surfaces: Oil-free coatings and films
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Semiconductor Devices: Specialty electronic components
Technical Advantages
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Higher energy density in battery applications
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Improved cycling stability and safety
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Superior chemical resistance compared to conventional materials
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Customizable fluorination levels for specific applications
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Nano-scale thickness for enhanced surface coverage
Quality Assurance
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Fluorine content verification
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Particle size distribution analysis
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Chemical stability testing
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Electrical property characterization
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Batch consistency certification
Contact Information
For technical specifications and pricing:
Email: Sales@maxnanotech.com





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