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Xuancheng Jingrui New Materials (Nano) Co., Ltd.

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home > sell > Energy saving, environmental protection, safety, nano-alumina for lithium batteries
Energy saving, environmental protection, safety, nano-alumina for lithium batteries
products: Views:5Energy saving, environmental protection, safety, nano-alumina for lithium batteries 
brand: 晶和
型号: VK-L30D
规格: 30±5
包装: 10kg/箱
price: 180.00元/kg
MOQ: 1 kg
Total supply: 200000 kg
Delivery date: Shipped within 3 days from the date of payment by the buyer
Valid until: Long-term validity
Last updated: 2016-04-25 07:59
 
Details

Nano-alumina for lithium batteries
3,
Nano-alumina for lithium batteries is produced by our company through special processing technology based on the performance of the battery and battery materials. It has small particle size and Nanopowders with uniform, high purity and excellent surface properties are widely used in various lithium batteries, alkaline batteries, solar cells and other batteries to improve the energy storage performance and safety performance of the battery, and play a role in energy conservation and environmental protection.
Technical indicators:
Item
Indicators
Model

Appearance
White powder
Content﹪

Specific surface area,

Particle size

Surface treatment agent
Lithium battery special activator treatment

Application characteristics:
, Nano-alumina is used as an electrode coating for lithium batteries, which can effectively insulate and insulate, and improve safety performance
Doping aluminum into lithium cobalt oxide can form a solid solution, stabilize the crystal lattice, and improve Rate performance and cycle performance.
3. Coating lithium cobalt oxide with nano-alumina can improve thermal stability, improve cycle performance and overcharge resistance, inhibit the generation and decomposition of oxygen, avoid direct contact with the electrolyte, and reduce The electrochemical specific capacity is lost, thereby increasing the electrochemical specific capacity.
, The doping of aluminum ions in nano-alumina can increase the voltage of the battery, thereby improving the safety of the battery.
Nano-alumina is used to modify spinel lithium manganate materials and produce The resulting battery has a reversible capacity of 1000 cycles per gram and a capacity retention rate greater than that of similar international products. It is the first material in China that can be used in high-power lithium-ion batteries.
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