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  • Battery Material LiFSI Poweder For Lab Research
  • Battery Material LiFSI Poweder For Lab Research
  • Battery Material LiFSI Poweder For Lab Research
Battery Material LiFSI Poweder For Lab ResearchBattery Material LiFSI Poweder For Lab ResearchBattery Material LiFSI Poweder For Lab Research

Battery Material LiFSI Poweder For Lab Research

  • Product Name:Lithium Battery Material LiFSI Poweder For Lab Research
  • Colour:white powder
  • Brand Name: AOT
  • Product Orgin:China
  • Product description: LiFSI has good solubility in common organic solvents and can be fully mixed with solvents and other components in the electrolyte to improve the uniformity and stability of the battery's electrolyte.
  • INQUIRY

description:

LiFSI has good solubility in common organic solvents and can be fully mixed with solvents and other components in the electrolyte to improve the uniformity and stability of the battery's electrolyte. LiFSI electrolyte has good compatibility with the two main components of SEI film, and only replaces some of its components at 160°C. LiFSI can make up for the deficiency of LiPF6 and is a better quality electrolyte solvable lithium salt.

 

Inspection Report

 

产品名称

Product Name

双氟磺酰亚胺锂

(LiFSI)

生产批号

Lot Number

23103001

分子式

Chemical Molecular

LiF2NO4S2

检测日期

Test Date

2023.10.31

CAS 号

CAS Number

171611-11-3

重量

Weight

25g

项目

Items

标准

Specification

检测结果

Analysis Results

检测方法

Analysis Method

外观

Appearance

白色粉末

white powder

白色粉末

white powder

目测

visual inspection

纯度(%)

purity(%)

≥99.9

99.92

差减法

minusing

水分(ppm)

moisture(ppm)

≤100

31.23

卡尔费休滴定

Karl Fischer titration

酸度(ppm)

acidity(ppm)

≤50

25.35

酸碱滴定法

acid-base titration

DMC不溶物(ppm)

DMC undissolved substance(ppm)

500

246

溶解过滤

Solution filtration

Na (ppm)

(ppm)

≤5

1.55

ICP

Mg (ppm)

(ppm)

≤5

0.73

ICP

Al (ppm)

(ppm)

≤5

0.27

ICP

Ca (ppm)

(ppm)

≤5

1.15

ICP

Cr (ppm)

(ppm)

≤5

0.65

ICP

Fe (ppm)

(ppm)

≤5

0.64

ICP

Cu (ppm)

(ppm)

≤5

0.47

ICP

Zn (ppm)

(ppm)

≤5

0.65

ICP

As (ppm)

(ppm)

≤5

ND

ICP

Cd (ppm)

 (ppm)

≤5

0.11

ICP

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