Lithium ion Battery Electrolyte

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Specification： Electrolyte for consumer lithium ion battery; Power energy storage electrolyte; Functional electrolyte; Electrolyte of development battery

Documentation： Get COA after inquiry

Lead Time： 14-30 days

Max Capacity： 30000MT/Year

Packing： 200KG/Iron Drum

Product Detail

Properties

1.Electrolyte for consumer lithium-ion batteries

Deeply trusted，Superior sale

Lithium-ion batteries are widely applied in 3C electronic products and power tools. Conventional electrolyte can meet the requirements for lithium-ion battery, such as high capacity and high rate,etc.Its quality and performance are deeply trusted.

Electrolyte for consumer lithium-ion batteries used conventional electrolyte

LCO

(4.2V&4.35V)

NCM

(4.2V&4..4V)

Si-C

(>400mAh/g)

Capacity retention >80%

at 1000thcycle

Capacity retention >80%

at 1000thcycle

Capacity retention >85%

at 1000thcycle

Capacity retention >80%

at 1000thcycle

Capacity retention >80%

at 1000thcycle

Expansion rate <5% and capacity restoration >98% after battery (SOC=100%) stored 7 days at 60℃

2.Power storage Electrolyte

Safety , Reliable

Pure electric vehicles (EV) and energy storage power station (ES) is the future trend based on environmental protection and sustainable development。Electrolyte can meet the requirements for lithium-ion battery, such as long life, high security, etc.

Power storage Electrolyte used new electrolyte

LFP

NCM

NCA&NCM811

LMO

LTO

Capacity retention >80%

at >3000thcycle

Capacity retention >80%

at >2000thcycle

Capacity retention >80%

at >2000thcycle

Capacity retention >80%

at >3000thcycle

Capacity retention >80%

at >10000thcycle

Expansion rate <5% and capacity restoration >98.5% after battery (SOC=100%) stored 7 days at 60℃

3.Functional Electrolyte

Conditions focused, Demands meeted

According to the different application conditions, lithium batteries need to meet the high rate, high temperature, overcharge protective and other requirements. For the use of features, a variety of functional electrolyte have been developed.

Functional electrolyte battery performance

Performance	Characteristics
High magnification electrolyte	0~60C rate discharge, capacity >90%
Low temperature electrolyte	－40°C， 0.2 Cdischarge capacity 90% 0.5C discharge capacity 80%
High temperature electrolyte	4h at 100°C, expansion rate <5% LFP electrolyte,60°C 1800thcycle,capacity >80%
Overcharge protective electrolyte	3C,10V overcharge,no smoke, no fire, no explosion
Flame-retardant electrolyte	Not flammable
Gel electrolyte	No leakage,high security

4.Electrolyte for next generation battery

Adapt future, Innovative development

Lithium batteries will develop into high-capacity, high security direction. For the future market, research and development of various types of electrolyte development are needed to meet market demands.

electrolyte characteristics

Battery System	Characteristics
4.6V & 5V Electrolyte	Electrolyte undecomposed
Li/S	Inhibit the growth of lithium dendrite, improve circulation
Li/O₂	Improve dissolution and circulation

Properties

The electrolytes of chemical power supply include aqueous electrolyte and non-aqueous electrolyte. In addition to the factors of electrode material, the advantages and disadvantages of lithium-ion battery are closely related to the properties of electrolyte. Due to the good temperature stability of electrolyte and wide electrochemical window, the working voltage of lithium-ion battery (usually about 4V) is more than twice that of battery using aqueous electrolyte (generally no more than 2V), Therefore, lithium-ion batteries have the properties of high voltage and high specific energy. At the same time, lithium-ion batteries also have the important deficiency of dry non-aqueous electrolyte. The conductivity of nonaqueous electrolyte is less than one tenth of that of aqueous electrolyte, which limits the high rate charge discharge performance of lithium-ion battery; The high technical content and price of electrolyte lead to the high cost of lithium-ion battery; The high tenderness of organic liquid electrolyte has become an insurmountable safety hazard of liquid lithium-ion battery. Therefore, in order to overcome its shortcomings on the basis of ensuring the advantages of lithium-ion battery, the electrolyte system of lithium-ion battery must have some special properties.

Molecular Mass

0.0

Exact Mass

0.0

Matter Classification

mixsture

b

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