Lithium Bis(trifluoromethanesulfonyl)imide (LiTFSI) 250g/Bottle, Purity 99.9% , High Stability for Lithium Battery

$629.00

Product Name: Lithium Bis(trifluoromethanesulfonyl)imide Product Abbreviation: LiTFSI I. Basic Information CAS Number 90076-65-6 Chemical Formula C₂F₆LiNO₄S₂ Appearance White powder (complies with COA test standards, no impurities or caking observed visually) Lot Number Corresponding batch number can be provided according to the order Test Date Updated synchronously with the production batch Supply Specification 100g/bottle, 250g/bottle (custom […]

Description

Product Name: Lithium Bis(trifluoromethanesulfonyl)imide

Product Abbreviation: LiTFSI

I. Basic Information

CAS Number
90076-65-6
Chemical Formula
C₂F₆LiNO₄S₂
Appearance
White powder (complies with COA test standards, no impurities or caking observed visually)
Lot Number
Corresponding batch number can be provided according to the order
Test Date
Updated synchronously with the production batch
Supply Specification
100g/bottle, 250g/bottle (custom packaging available)

II. Core Test Indicators (Based on COA Report)

All test indicators of this product have been verified by professional test methods, complying with high industry standards. The test results are as follows (traceable with attached COA report):
Test Items
Specification Requirements
Actual Test Results
Test Method
Purity (%)
≥99.9
99.93
Subtraction Method
Moisture (ppm)
≤100
58.4
Karl Fischer Titration
Acidity (ppm)
≤100
10.32
Acid-Base Titration
Sodium (Na, ppm)
≤5
1.03
ICP
Potassium (K, ppm)
≤2
0.61
ICP
Aluminum (Al, ppm)
≤1
0.17
ICP
Calcium (Ca, ppm)
≤2
0.33
ICP
Magnesium (Mg, ppm)
≤1
0.23
ICP
Iron (Fe, ppm)
≤2
0.67
ICP
Copper (Cu, ppm)
≤1
0.17
ICP
Zinc (Zn, ppm)
≤1
0.24
ICP
Nickel (Ni, ppm)
≤1
0.05
ICP
Lead (Pb, ppm)
≤1
0.01
ICP
Silicon (Si, ppm)
≤1
0.58
ICP
Chloride Ion (Cl⁻, ppm)
≤10
1.6
IC
Sulfate (SO₄²⁻, ppm)
≤20
6.2
IC

III. Product Advantages (Based on Core COA Indicators)

  • High Purity Guarantee: Purity up to 99.93%, exceeding the basic industry standard (≥99.9%), with extremely low impurity content. It effectively avoids the impact of impurities on the performance of downstream products and is suitable for high-end application scenarios.
  • Low Moisture and Low Acidity: Moisture is only 58.4ppm and acidity is 10.32ppm, both far below the standard limit (≤100ppm). It has stronger chemical stability, is not easy to deteriorate during storage, and extends the product shelf life.
  • Strict Impurity Control: The test results of various metal impurities (Na, K, Al, Fe, etc.) and anionic impurities (Cl⁻, SO₄²⁻) are better than the standard requirements, with no harmful impurity residues, complying with environmental protection and high-end chemical use standards.
  • Traceable Testing: Each batch of products is accompanied by a professional Certificate of Analysis (COA), tested and reviewed by professional analysts, with all indicators traceable and more guaranteed quality.

IV. Application Fields

As a high-performance lithium salt, LiTFSI is widely used in the following fields due to its advantages of high purity, low impurities and strong chemical stability:
  1. Lithium Battery Electrolyte: Used as an additive for high-end lithium-ion batteries and solid-state battery electrolytes, it can improve the cycle performance, rate performance and high-temperature stability of batteries.
  2. Chemical Synthesis: As an important intermediate in organic synthesis and catalytic reactions, it is suitable for high-end synthesis needs in fine chemical, pharmaceutical and chemical industries.
  3. Other Fields: Used in ionic liquid preparation, electrochemical devices, new energy materials, etc., adapting to a variety of high-end technical scenarios.

V. Storage and Transportation

  • Storage: Seal and store in a cool, dry and ventilated environment, away from fire, heat sources and humid environments, avoid contact with strong oxidants and strong acids, and prevent moisture and deterioration.
  • Transportation: Adopt sealed packaging, handle with care to avoid packaging damage; keep away from humid and high-temperature environments during transportation, complying with relevant dangerous chemicals transportation standards (if required).

VI. Quality Commitment and Instructions

1. This product is strictly produced and tested in accordance with COA test standards, and each batch is provided with a corresponding Certificate of Analysis (COA) to ensure that the product quality is consistent with the test indicators.
2. Product testing is operated by a professional analyst (D02) and reviewed by a professional (D01), with standardized testing procedures and true and effective results.
3. If you need to know the COA report, product quotation or customized requirements of a specific batch, please feel free to contact us, and we will wholeheartedly provide you with services.

VII. Contact Us

Email: inquiry@atomfair.com

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