Lithium Titanate - A
Lithium Titanate - A
Lithium Titanate - A

Lithium Titanate - A

$30.21
Model:
MA-EN-AN-0020
item_No
Specifications
Price
MA-EN-AN-002002
20g
$30.21

Details

This product is designed for long-life battery applications, featuring a lithium titanate (Li₄Ti₅O₁₂) anode material with zero-strain characteristics that significantly enhance cycle stability, supporting tens of thousands of charge-discharge cycles. As an uncoated carbon variant, it is suitable for researchers investigating high-durability energy storage systems, particularly where minimal volume change during cycling is critical. The material requires vacuum drying at 180°C for 4 hours if moisture absorption occurs prior to use. Its electrochemical performance is validated under controlled test conditions at 25°C, with rate and cycling capabilities assessed across various C-rates. This product is commonly employed in advanced battery research focusing on extended lifespan, fast-charging capabilities, and high-rate performance, making it a practical choice for both fundamental studies and prototype development in the field of next-generation lithium-ion batteries.

This material is an uncoated carbon product

If the material absorbs water, it is recommended to vacuum dry it at 180 degrees for 4 hours before use

Delivery time: Futures

1. Application Range: Long-life batteries

2.Lithium Titanate is a zero-tension material, greatly extending the battery life, with charge and discharge cycles reaching tens of thousands of times.

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Initial Charge and Discharge Test Conditions: Temperature 25°C, 0.1C/0.09C/0.08C/0.07C/0.06C/0.05C/0.04C/0.03C/0.02C/0.01C constant current discharge stage to 1.0V, 0.1C constant current charge to 2.8V

Rate Test Conditions: Temperature 25°C, 1C/0.9C/0.8C/0.7C/0.6C/0.5C/0.4C/0.3C/0.2C/0.1C constant current discharge stage to 1.0V, constant current charge to 2.8V at rates of 0.1C/0.2C/0.5C/1C/2C/3C

Cycling Test Conditions: Temperature 25°C, 1C/0.9C/0.8C/0.7C/0.6C/0.5C/0.4C/0.3C/0.2C/0.1C constant current discharge stage to 1.0V, 0.5C constant current charge to 2.8V