Ultrafine Graphite Powder Specifications & Properties

Particle Size	0.5-20 μm (adjustable for specific dispersion requirements)
Carbon Content	99.5-99.99% (ultra-low ash for impurity-free performance)

Key Properties of Ultrafine Graphite Powder

Superior Dispersibility	Uniform particle distribution prevents agglomeration in matrices like coatings and slurries
Enhanced Conductivity	Electrical: 30%+ higher conductivity than conventional graphite‌
Thermal	5-8× thermal conductivity vs. standard non-metallic powders
Advanced Tribology	20-40% lower friction coefficient through stable lubricating film formation
Chemical Stability	Resists acids/alkalis/organic solvents (-50°C to 200°C)
Cryogenic Performance	Maintains integrity in polar/refrigeration applications without embrittlement

Technical Advantages

Balanced Physicochemical Properties	Optimized specific surface area and tap density enable simultaneous dispersion control and formability of Ultrafine Graphite Powder
Low Resistivity	Ideal conductivity for electrode materials and conductive additives

Application Fields

Electronics	Li-battery conductive agents, flexible circuit inks, EM shielding
Thermal Management	LED coatings, 5G thermal gaskets,EV battery gels
Precision Manufacturing	Aero-engine greases, micro-bearing lubricants
New Energy	Fuel cell membrane additives, PV module adhesives

	Index Range (Example)
Particle Size (D50)	1μm ~ 20μm (customizable)
Carbon Content	≥99.9%
Ash Content	≤0.1%
Specific Surface Area (BET)	5~50 m²/g
Tap Density	0.3~0.5 g/cm³
Resistivity	10⁻⁴~10⁻³ Ω·cm

Note: Products support personalized customization.

Supplementary Notes

• The particle size can be precisely adjusted according to requirements, meeting the dispersion needs of various scenarios from fine coatings to composite materials;

• The high carbon and low ash characteristics ensure purity requirements in electronics, new energy and other fields, reducing impurity interference;

• The moderate specific surface area and tap density balance the dispersibility and formability of the material, adapting to multiple processes such as slurry preparation and compression molding;

• The low resistivity endows it with excellent conductivity, making it an ideal choice for conductive additives and electrode materials.