High Carbon Graphite MCMB for lithium ion battery anode materials
AOT
Xiamen, China
10-25 working days
50 Sets/Month
High carbon graphite MCMB anode material for lithium - ion batteries, featuring 340mAh/g initial discharge, 94.3% first - cycle efficiency, 1.211g/cm³ tapped density, 99.96% fixed carbon purity, suitable for power and cylindrical batteries, with samples available, aiding high - rate, long - life battery development.
High carbon graphite MCMB (mesocarbon microbeads) is a high - performance material designed for lithium - ion battery anodes. Its spherical structure achieves a tapped density of 1.211g/cm³, significantly enhancing electrode packing density. With an initial discharge capacity of 340.5mAh/g and a first - cycle efficiency of 94.3%, coupled with a fixed carbon purity of 99.959%, it ensures stable long - cycle life. Accurate particle size control (D50 = 16.342μm) and low moisture content (≤0.035%) make it suitable for the high - rate charge and discharge requirements of power and cylindrical batteries. The optimized specific surface area of 1.165m²/g balances lithium - ion diffusion efficiency and side - reaction inhibition. Packed in a standard 500g/bag, samples are available for trial use. It is applicable in fields such as new energy vehicles and energy storage systems, meeting the requirements for high - energy - density and durability.
Item
Unit
Value
D10
um
9.534
D50
um
16.342
D90
um
27.019
Moisture
%
0.035
Tap density
g/cm3
1.211
SSA(specific surface area)
m2/g
1.165
Fixed carbon
%
99.959
First discharge capacity
mAh/g
340.5
First discharge efficiency
%
94.3
Conclusion
Qualified
Exhibition
AOT Lithium Battery Equipment exhibition provides exhibitors and visitors with a comprehensive platform for display, exchange, cooperation and trade. By participating in the exhibition, enterprises can understand the industry dynamics, expand market channels, enhance brand image and promote technological innovation and industrial upgrading.
Certificate
Cooperative partners
FAQ
Q1: Does a D90 particle size of 27.019μm affect electrode coating uniformity?
A: With a D50 of 16.342μm, the particle size distribution is optimized for coating processes. Actual coating uniformity meets industry standards for power batteries, avoiding agglomeration or uneven porosity.
Q2: Is the High carbon graphite re - drying needed after opening the material?
A: Moisture is strictly controlled below 0.035% at delivery. It's recommended to store it sealed after opening. If exposed to humidity above 60% for over 48 hours, vacuum - dry at 80℃ for 4 hours before use.
Q3: Is High carbon graphite suitable for silicon - carbon composite anode systems?
A: The high carbon graphite spherical structure serves as an ideal carrier for silicon - based materials. High tapped density and low specific surface area can alleviate silicon expansion stress. Technical support for specific composite solutions is available.
Q4: What's the actual cycle decay rate with a first - cycle efficiency of 94.3%?
A: After 1000 cycles of 1C charge and discharge, capacity retention is over 88%. High fixed carbon purity and low surface defects contribute to better cycle stability than regular graphite anodes.
Q5: What's the minimum order quantity for samples?
A: 500g/bag samples are available to meet laboratory - scale electrode - making needs. Contact customer service for the application process.
