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Lithium Tetraborate CAS 12007-60-2

Chemical name:Lithium tetraborate

Synonymous names: trilithium borate;

BORON LITHIUM OXIDE;

DI-LITHIUM TETRABORATE;

CAS No: 12007-60-2

EINECS No: 234-514-3

Molecular formula: Li2B4O7

Content: ≥99.9%

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Structural formula

Lithium Tetraborate CAS 12007-60-2 details

Product Description

Li2B4O7

99.0%min

99.99%min

Al

0.001Max

0.0005Max

As

/

0.0001

Ca

0.005

0.001

Cu

/

0.0005

Fe

0.003

0.0005

K

0.003

0.0005

Mg

/

0.0005

Na

0.005

0.0005

Pb

0.002

0.0002

P

0.005

0.0002

S

/

0.001

Si

0.008

0.001

Loss on ignition(650°1h)

0.6-0.8

0.4

Bulk density (g/cm3)

0.6-0.8

0.6-0.8

 

Appearance: White crystals or uniform glass beads, and the particle size is 100%<500μm

 

Lithium tetraborate can crystallize in aqueous solution to obtain monohydrate, trihydrate, and pentahydrate.

 

Application areas and used:

Lithium tetraborate is a versatile chemical that is widely used in many fields.

 

1. In the field of batteries, the most significant role of lithium tetraborate is in lithium-ion batteries. As an electrolyte additive, lithium tetraborate further improves the overall performance and cycle life of the battery by improving the ionic conductivity of the electrolyte. Making lithium products more important in the new energy field.

2. As a catalyst, the application of lithium tetraborate demonstrates its chemical flexibility. As a ligand, the coordination of lithium tetraborate with metal catalysts promotes a variety of organic synthesis reactions, especially in promoting the formation of carbon-carbon bonds and carbon-oxygen bonds, which is suitable for the synthesis of complex organic molecules. Especially critical.

3. Application of lithium tetraborate in chemical analysis. When conducting material analysis in cement plants, steel plants and other places, it is used as a co-solvent for X-ray fluorescence analysis.

4. In the fields of metal smelting and enamel manufacturing. Whether as a reagent for the melting decomposition of oxides and silicates or as a component of glazes and greases in the enamel industry, the use of lithium tetraborate significantly improves process efficiency and product quality.

5. The application of lithium tetraborate in the field of thermal energy, especially the use of lithium ion battery electrolyte and stabilizer in high temperature and high pressure environments, reflects its excellent thermal stability and thermal conductivity.

6. Lithium tetraborate is also used as a buffer and preservative, and is widely used in the development of new materials, high-temperature lubricants, and high-temperature ceramics.

Packaging specifications:

aluminum foil bag or 25kg cardboard drum or customized according to customer's requirements.

Storage conditions:

The product should be stored in a dry atmosphere with special attention to moisture-proof.

To obtain Lithium Tetraborate COA, TDS, and MSDS, please contact [email protected]

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