10377-51-2

  • Product Name:Lithium iodide
  • Molecular Formula:ILi
  • Molecular Weight:133.904
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Product Details

Detail

  • Cas No: 10377-51-2
  • Molecular Formula: ILi
  • Appearance: White to off-white crystalline powder
  • Purity: 99%
Product Name Lithium iodide
Alias
English
Molecular formula

LiI

Molecular weight 133.85
CAS No 10377-51-2
EINECS 233-822-5
Specification

99%  99.9%

Appearance traits

White crystal. Deliquescence. In case of light or a long time, the color becomes yellow. Soluble in water, alcohol and acetone, ethyl ether. When melting, it will erode the glass and ceramics; Moisture proof seal

Use

For the pharmaceutical industry, photographic industry and synthetic related synthetic crystals. Lithium battery manufacturing raw materials

Package

2KG/ plastic bottle

Other product information

Test items

Specifications

Appearance

White crystal

LiI

≥99.9%

K

≤0.001%

Na

≤0.001%

Ca

≤0.001%

Mg

≤0.0005%

Pb

≤0.0005%

Fe

≤0.001%

Cl-

≤0.002%

SO42-

≤0.008%

Zn

≤0.0005%

Ni

≤0.0005%

Free iodine

≤0.05%

Water   

≤0.02%

Factory supply Lithium iodide 10377-51-2 (LiI)  with low price

  • Molecular Formula:ILi
  • Molecular Weight:133.904
  • Appearance/Colour:White to off-white crystalline powder 
  • Melting Point:446 °C(lit.) 
  • Refractive Index:1.955 
  • Boiling Point:1171 °C 
  • Flash Point:1170-1190 °C 
  • PSA:0.00000 
  • Density:3.49 g/mL at 25 °C(lit.) 
  • LogP:-2.99600 

Lithium iodide(Cas 10377-51-2) Usage and Factory

General Description

Lithium iodide is an ionic compound composed of lithium ions (Li⁺) and iodide ions (I⁻). It crystallizes in the NaCl structure and can form hydrates under certain conditions.
Uses Used in molten salt batteries for its stability and conductivity. Lithium iodide enhances ion transport and stabilizes electrode interfaces. Lithium iodide has demonstrated remarkable potential in stabilizing lithium-metal anodes. By forming a uniform SEI layer through reactions with iodine vapor, it effectively mitigates dendrite growth and extends battery life. These improvements address major safety and efficiency challenges in high-energy battery systems like Li-S and Li-O₂ batteries.
Combustible and Toxic Lithium iodide can cause irritation to the eyes, skin, and respiratory tract. Prolonged exposure may result in abdominal pain and kidney damage.

InChI:InChI=1/HI.Li/h1H;/q;+1/p-1

Hangzhou Ocean chemical Co.,Ltd.is a chemical supplier that provides stable product quality, unique technical support and high quality service for global customers, Headquarters is located at Hangzhou with superior entrepreneurial environment and business climate.

10377-51-2 Relevant articles

Understanding the Role of Lithium Iodide in Lithium–Oxygen Batteries

Xuanxuan Bi, Jiantao Li, Mouad Dahbi, Jones Alami, Khalil Amine, Jun Lu

, Advanced Materials, Volume34, Issue1 January 6, 2022 2106148

It has been revealed that the anion additive, lithium iodide (LiI), can tune the cell chemistry to form lithium hydroxide (LiOH) as the product and facilitate the kinetics during the charging process. Although numerous studies have been reported, the role of this additive is still under investigation.

Constructing a uniform lithium iodide layer for stabilizing lithium metal anode

Yingxin Lin a 1 , Zhipeng Wen b 1 , Jiaxiang Liu a , Dongzheng Wu b , Peng Zhang a , Jinbao Zhao a b

, Journal of Energy Chemistry Volume 55, April 2021, Pages 129-135

The metallic lithium (Li) is the ultimate option in the development of anodes for high-energy secondary batteries. Unfortunately, inferior cycling reversibility and Li dendrites growth of Li metal as anode enormously impede its commercialization.

Role of Lithium Iodide Addition to Lithium Thiophosphate: Implications beyond Conductivity

Nikhilendra SinghJames P. HorwathPatrick BonnickKoji SutoEric A. StachTomoya MatsunagaJohn MuldoonTimothy S. Arthur*

, Chem. Mater. 2020, 32, 17, 7150–7158

Here, the interface between lithium thiophosphate and lithium iodide-doped lithium thiophosphate with lithium metal is investigated. Lithium iodide plays a protective role at the interface and enables improved lithium cycling. Operando transmission electron microscopy analysis reveals delamination and dead lithium at the interface as major challenges for solid-state batteries.

10377-51-2 Process route

lithium (trifluoro methyl) iodo aluminate

lithium (trifluoro methyl) iodo aluminate

aluminum trihydroxide

aluminum trihydroxide

aluminum(III) fluoride
7784-18-1

aluminum(III) fluoride

methane
34557-54-5,27936-85-2

methane

hydrogen
1333-74-0

hydrogen

lithium iodide
10377-51-2

lithium iodide

Conditions
Conditions Yield
With water; In water; decomposition with water;;
 
Li<sup>(1+)</sup>*[AuI<sub>4</sub>]<sup>(1-)</sup>=Li[AuI<sub>4</sub>]
199272-52-1

Li(1+)*[AuI4](1-)=Li[AuI4]

iodine
7553-56-2,12190-71-5,8031-47-8

iodine

gold
7440-57-5,457905-15-6

gold

lithium iodide
10377-51-2

lithium iodide

Conditions
Conditions Yield
In neat (no solvent); 20°C, air atm.;
 

10377-51-2 Upstream products

  • 7553-56-2
    7553-56-2

    iodine

  • 7439-93-2
    7439-93-2

    lithium

  • 554-13-2
    554-13-2

    lithium carbonate

  • 16853-85-3
    16853-85-3

    lithium aluminium tetrahydride

10377-51-2 Downstream products

  • 14900-04-0
    14900-04-0

    triiodide(1-)

  • 7704-34-9
    7704-34-9

    sulfur

  • 12078-28-3
    12078-28-3

    dicarbonylcyclopentadienyliodoiron(II)

  • 14973-90-1
    14973-90-1

    tris(triphenylphosphine)rhodium(I) iodide

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