Electrolyte for Li-ion battery in EV JE-01

Application

  • This product is designed for cell using LiFePO4 as cathode material and artificial graphite as anode material.
  • It has good comprehensive performance and the cell using it will have good performance at high or low temperature and improve the large current discharge performance.

Composition

Ester solventsLiPF6additive, etc.

Specification

ItemSpec.Testing Method
Colority≤ 50 HazenPt/Co scale
Water≤ 20 ppmKarl-Fischer titration
Free acid (as HF)≤ 50 ppmNeutralization
Metal≤ 10 ppmAtomic Absorption
Density(25℃)1.28±0.03 g/cm3Pycnometer
Conductivity(25℃)≥ 9 mS/cmConductivity meter

Custom Test Result

Charge-discharge
efficiency at first cycle (%)
Capacity retention at
ambient temperature (%)
Discharges platform
maintenance rate (%)
Expansion rate
 100 cycle200 cycle100 cycle200 cycle100 cycle200 cycle
>90>96>94>99>97<1<3

Electrolyte for Li-ion battery in EV JE-02

Application

  • This product is designed for cell using LiFePO4 as cathode material and artificial or natural graphite as anode material.
  • It has good comprehensive performance and the cell using it will improve the large current discharge performance and have good performance at overcharge test.

Composition

Ester solventsLiPF6additive, etc.

Specification

ItemSpec.Testing Method
Colority≤ 20 HazenPt/Co scale
Water≤ 20 ppmKarl-Fischer titration
Free acid (as HF)≤ 50 ppmNeutralization
Metal≤ 10 ppmAtomic Absorption
Density(25℃)1.19±0.03 g/cm3Pycnometer
Conductivity(25℃)≥ 9 mS/cmConductivity meter

Custom Test Result

Charge-discharge
efficiency at first cycle (%)
Capacity retention at
ambient temperature (%)
Discharges platform
maintenance rate (%)
Expansion rate
 100 cycle200 cycle100 cycle200 cycle100 cycle200 cycle
>90>96>94>99>97<1<3

Electrolyte for Li-ion battery in EV JE-03

Application

  • This product is designed for cell using LiFePO4 or LiMn2O4 as cathode material and artificial graphite as anode material.
  • It has good performance at high or low temperature and good cycle life. The cell using it will improve the large current discharge performance and have good performance at overcharge test.

Composition

Ester solventsLiPF6additive, etc.

Specification

ItemSpec.Testing Method
Colority≤ 50 HazenPt/Co scale
Water≤ 20 ppmKarl-Fischer titration
Free acid (as HF)≤ 50 ppmNeutralization
Metal≤ 10 ppmAtomic Absorption
Density(25℃)1.17±0.03 g/cm3Pycnometer
Conductivity(25℃)≥ 9 mS/cmConductivity meter

Custom Test Result

Charge-discharge
efficiency at first cycle (%)
Capacity retention at
ambient temperature (%)
Discharges platform
maintenance rate (%)
Expansion rate
 100 cycle200 cycle100 cycle200 cycle100 cycle200 cycle
>90>97>95>98>97<1<3

Electrolyte for Li-ion battery in EV JE-04

Application

  • This product is designed for cell using LiMn2O4 as cathode material and artificial graphite as anode material.
  • It has good comprehensive performance and the cell using it will have good cycle life.

Composition

Ester solventsLiPF6additive, etc.

Specification

ItemSpec.Testing Method
Colority≤ 20 HazenPt/Co scale
Water≤ 20 ppmKarl-Fischer titration
Free acid (as HF)≤ 50 ppmNeutralization
Metal≤ 10 ppmAtomic Absorption
Density(25℃)1.2±0.03 g/cm3Pycnometer
Conductivity(25℃)≥ 10 mS/cmConductivity meter

Custom Test Result

Charge-discharge
efficiency at first cycle (%)
Capacity retention at
ambient temperature (%)
Discharges platform
maintenance rate (%)
Expansion rate
 100 cycle200 cycle100 cycle200 cycle100 cycle200 cycle
>90>97>95>99>97<1<3

NOTES

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