High-Carbon Graphite

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Description

Detail:

High-Carbon Graphite

Series Classification: High-purity Graphite (LC), High-carbon Graphite (LG), Medium-carbon Graphite (LZ), Low-carbon Graphite (LD)

Specifications: Particle size 45 μm–500 μm (325 mesh–32 mesh), Carbon content 85–99.9%

Properties:

High-carbon flake graphite with complete crystalline structure; thin and tough flakes
Excellent physical and chemical properties
Good high-temperature resistance, self-lubrication, electrical conductivity, heat resistance, thermal shock resistance, and corrosion resistance

Applications:

Metallurgical industry: advanced refractory materials and coatings, such as magnesia-carbon bricks and crucibles
Military industry: stabilizers for pyrotechnic materials
Metallurgical industry: desulfurization accelerators
Light industry: pencil leads
Electrical industry: carbon brushes
Battery industry: electrodes
Fertilizer industry: catalysts
Further processed products: graphite slurry (for lubricants, release agents, wire drawing agents, conductive coatings), expandable graphite (raw material for flexible graphite sealing components and flexible graphite composites)

High-Carbon Graphite Technical Specifications:

High-Carbon Graphite Product Specifications and Characteristics
Product Specifications	Fixed Carbon	Volatile Matter	Moisture	Residue on Sieve
LG500-99	≥99. 00%	≤0. 80%	≤0. 50%	≥75. 0%(500 μm) 、≤5. 0%(850 μm)
LG300-99				≥75. 0%(300 μm) 、≤5. 0%(500 μm)
LG180-99				≥75. 0%(180 μm) 、≤5. 0%(300 μm)
LG150-99				≥75. 0%(150 μm) 、≤10. 0%(180 μm)
LG125-99				≥75. 0%(125 μm) 、≤15. 0%(150 μm)
LG100-99				≥75. 0%(100 μm) 、≤15. 0%(125 μm)
LG(-)150-99				≤20. 0%(150 μm)
LG(-)125-99				≤20. 0%(125 μm)
LG(-)100-99				≤20. 0%(100 μm)
LG(-)75-99				≤20. 0%(75 μm)
LG(-)45-99				≤20. 0%(45 μm)
LG(-)38-99				≤20. 0%(38μm)
LG500-98	≥98. 00%	≤1. 00%	≤0. 50%	≥75. 0%(500 μm) 、≤5. 0%(850 μm)
LG300-98				≥75. 0%(300 μm) 、≤5. 0%(500 μm)
LG180-98				≥75. 0%(180 μm) 、≤5. 0%(300 μm)
LG150-98				≥75. 0%(150 μm) 、≤10. 0%(180 μm)
LG125-98				≥75. 0%(125 μm) 、≤15. 0%(150 μm)
LG100-98				≥75. 0%(100 μm) 、≤15. 0%(125 μm)
LG(-)150-98				≤20. 0%(150 μm)
LG(-)125-98	≥98. 00%	≤1. 00%	≤0. 50%	≤20. 0%(125 μm)
LG(-)100-98				≤20. 0%(100 μm)
LG(-)75-98				≤20. 0%(75 μm)
LG(-)45-98				≤20. 0%(45 μm)
LG(-)38-98				≤20. 0%(38μm)
LG500-97	≥97. 00%	≤1. 20%	≤0. 50%	≥75. 0%(500 μm) 、≤5. 0%(850 μm)
LG300-97				≥75. 0%(300 μm) 、≤5. 0%(500 μm)
LG180-97				≥75. 0%(180 μm) 、≤5. 0%(300 μm)
LG150-97				≥75. 0%(150 μm) 、≤10. 0%(180 μm)
lG125-97				≥75. 0%(125 μm) 、≤15. 0%(150 μm)
LG100-97				≥75. 0%(100 μm) 、≤15. 0%(125 μm)
LG(-)150-97				≤20. 0%(150 μm)
LG(-)125-97				≤20. 0%(125 μm)
LG(-)100-97				≤20. 0%(100 μm)
LG(-)75-97				≤20. 0%(75 μm)
LG(-)45-97				≤20. 0%(45 μm)
LG(-)38-97				≤20. 0%(38μm)
LG500-96	≥96. 00%	≤1. 20%	≤0. 50%	≥75. 0%(500 μm) 、≤5. 0%(850 μm)
LG300-96				≥75. 0%(300 μm) 、≤5. 0%(500 μm)
LG180-96				≥75. 0%(180 μm) 、≤5. 0%(300 μm)
LG150-96				≥75. 0%(150 μm) 、≤10. 0%(180 μm)
LG125-96				≥75. 0%(125 μm) 、≤15. 0%(150 μm)
LG100-96				≥75. 0%(100 μm) 、≤15. 0%(125 μm)
LG(-)150-96				≤20. 0%(150 μm)
LG(-)125-96				≤20. 0%(125 μm)
LG(-)100-96				≤20. 0%(100 μm)
LG(-)75-96				≤20. 0%(75 μm)
LG(-)45-96				≤20. 0%(45 μm)
LG(-)38-96				≤20. 0%(38μm)
LG500-95	≥95. 00%	≤1. 20%	≤0. 50%	≥75. 0%(500 μm) 、≤5. 0%(850 μm)
LG300-95				≥75. 0%(300 μm) 、≤5. 0%(500 μm)
LG180-95				≥75. 0%(180 μm) 、≤5. 0%(300 μm)
LG150-95				≥75. 0%(150 μm) 、≤10. 0%(180 μm)
LG125-95				≥75. 0%(125 μm) 、≤15. 0%(150 μm)
LG100-95	≥95. 00%	≤1. 20%	≤0. 50%	≥75. 0%(100 μm) 、≤15. 0%(125 μm)
LG(-)150-95				≤20. 0%(150 μm)
LG(-)125-95				≤20. 0%(125 μm)
LG(-)100-95				≤20. 0%(100 μm)
LG(-)75-95				≤20. 0%(75 μm)
LG(-)45-95				≤20. 0%(45 μm)
LG(-)38-95				≤20. 0%(38μm)
LG500-94	≥94. 00%	≤1. 20%	≤0. 50%	≥75. 0%(500 μm) 、≤5. 0%(850 μm)
LG300-94				≥75. 0%(300 μm) 、≤5. 0%(500 μm)
LG180-94				≥75. 0%(180 μm) 、≤5. 0%(300 μm)
LG150-94				≥75. 0%(150 μm) 、≤10. 0%(180 μm)
LG125-94				≥75. 0%(125 μm) 、≤15. 0%(150 μm)
LG100-94				≥75. 0%(100 μm)
LG(-)150-94				≤20. 0%(150 μm)
LG(-)125-94				≤20. 0%(125 μm)
LG(-)100-94				≤20. 0%(100 μm)
LG(-)75-94				≤20. 0%(75 μm)
LG(-)45-94				≤20. 0%(45 μm)
LG(-)38-94				≤20. 0%(38μm)
Note:For high-carbon graphite products of various specifications, the value in parentheses for the sieve residue index indicates the aperture size of the standard test sieve.

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