High-performance LTO anode material with carbon coating (LTO-Black) or non-coated (LTO-White). Offers ≥150mAh/g capacity, ≥92% initial efficiency, and ultra-long cycle life for EVs and energy storage systems.
Lithium titanate anode material is a zero-strain, high-safety solution for lithium-ion batteries. Available in carbon-coated (LTO-Black) and non-coated (LTO-White) variants, it delivers ≥150mAh/g capacity and ≥92% initial efficiency, ideal for applications requiring long cycle life (>10,000 cycles) and thermal stability.
Model
LTO-White
Not Have Carbon - coated
LTO-Black
Carbon - coated lithium titanate
Black powder
Item
Unit
Test value
Test way
LTO-W
LTO-B
D10
um
0.2~0.6
0.2~0.6
Malvern Instruments Ltd
MASTERSIZER2000
D50
um
0.7~1.5
0.8~1.6
Malvern Instruments Ltd
MASTERSIZER2000
D90
um
≤10
≤10
Malvern Instruments Ltd
MASTERSIZER2000
Purity
%
99
99
TAP density
g/c㎡
≥0.9
≥1.0
Quantachrome Autotap DAT-3
BET
㎡/g
≤16
≤6.0
Quantachrome NOVA 1000e
First capacity
mAh/g
≥150
≥150
Battery testing
First efficiency
%
≥93
≥92
Battery testing
Exhibition
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Certificate
Cooperative partners
FAQ
Q: LTO lithium titanate anode powder is available with a carbon coating (black powder) and without a carbon coating (white powder). What are the differences in battery performance between them?
A: If the application scenario prioritizes high power and rapid charge/discharge, carbon-coated LTO lithium titanate anode powder is recommended. If the focus is more on the battery's energy density, non-carbon-coated LTO lithium titanate anode powder can be considered, but the impact of its lower conductivity on the actual application should be taken into account comprehensively.
Q: What are the specific effects of the purity and particle size distribution (such as D10, D50, and D90) of LTO lithium titanate anode powder on battery performance?
A:High-purity LTO lithium titanate anode powder ensures the safety and reliability of the battery, while an appropriate particle size distribution (as demonstrated by the ranges provided) helps improve the battery's charge and discharge rate performance, rate performance, and cycle stability. Customers can choose the suitable particle size distribution range based on the specific requirements of their battery design.
Q: The initial capacity of LTO lithium titanate anode powder is ≥150 mAh/g, and the initial efficiency is ≥93% (for LTO-White) or ≥92% (for LTO-Black). What do these mean for actual battery applications?
A:Initial capacity and initial efficiency are important indicators for measuring the performance of battery materials. LTO lithium titanate anode powder materials with high initial capacity and high initial efficiency can provide better initial energy storage and utilization efficiency for batteries, thereby improving the overall performance and actual application effects of the battery. Customers can evaluate whether these indicators meet their requirements based on the specific needs of their product for battery range and energy utilization efficiency.
