Lithium Sulphate Li2SO4

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Lithium Sulphate Li2SO4 Specification

Form
Solid

Ph Level
pH 7.5-9.5 (5% solution)

Molecular Weight
109.94 g/mol

Solubility
Soluble in water (29 g/100 ml at 20C); insoluble in alcohol

Purity
99% or higher

Other Names
Dilithium sulfate

Taste
Slightly salty

Poisonous
Yes

Smell
Odorless

Structural Formula
Li2SO4

HS Code
2833 29 90

Shape
Crystalline powder

Boiling point
Decomposes before boiling

Molecular Formula
Li2SO4

Storage
Store in a cool, dry and well-ventilated place

Melting Point
851C

Density
2.22 Gram per cubic centimeter(g/cm3)

Classification
Lithium salt (sulphate)

Chemical Name
Lithium Sulphate

CAS No
10102-25-7

EINECS No
231-820-9

Grade
Analytical/Laboratory grade

Standard
Complies with analytical reagent standards

Type
Inorganic chemical compound

Usage
Industrial and laboratory

Main Material
Lithium Sulphate

Application
Used in ceramics, batteries, metallurgy, laboratory reagent, and pharmaceuticals

About Lithium Sulphate Li2SO4

Since our establishment year, we have been constantly denoted as a foremost manufacturer, exporter and supplier of superior quality Lithium Sulphate. Available in several packaging options, this chemical is easily soluble in water. At our in-house processing set-up, the provided chemical is formulated by our experienced professionals using pristine quality chemical compounds under the most favourable environment. Also, we stringently check it on certain parameters to ensure its high effectiveness. Additionally, clients can avail this Lithium Sulphate at cost-effective rates from us.

Features:

Longer shelf life
Excellent stability
Safe to use
High electrical conductivity

Specifications:

Sr No
A	General information :
1	Structure : Li₂SO₄.H2O
2	Molecular formula : Li₂SO₄.H2O
3	Molecular weight : 127.95
4	Chemical name : Lithium Sulphate

B	Specifications :
1	Description : White to off-white crystalline powder
2	Solubility (35%) : Clear solution
3	pH of 5% soln. : 5.5 8.0
4	Water insoluble matter : NMT 0.005 %
5	Assay : NLT 99.0

Versatile Industrial Applications

Lithium sulphate is valued for its adaptability in numerous sectors including ceramics, metallurgy, and advanced batteries. Its stable nature enables consistent performance as a reagent in laboratory analyses, and as a raw material in the production of pharmaceuticals and specialized glass formulations. Its reliable solubility in water enhances its functionality in these fields.

Safe Handling and Storage

This compound features low toxicity but may cause mild irritation to the eyes or skin. It should be stored in a cool, dry, and well-ventilated area to ensure stability and longevity. HDPE packaging safeguards the product from moisture, extending shelf life to three years under appropriate conditions. It is not regulated as a hazardous material for transport.

Product Conformity and Standards

Lithium sulphate sold for industrial and laboratory use complies with analytical reagent standards, ensuring dependable quality and purity (99% or higher). The crystalline powder has a slight salty taste with no perceptible odor, following the EINECS No: 231-820-9 and CAS No: 10102-25-7, supporting traceability and regulatory compliance.

FAQs of Lithium Sulphate Li2SO4:

Q: How should lithium sulphate be stored to maintain its quality and shelf life?

A: Lithium sulphate should be stored in a cool, dry, and well-ventilated area inside HDPE bags or drums, protecting it from moisture and contaminants. With proper storage, its shelf life can reach up to three years.

Q: What are the main industrial uses of lithium sulphate?

A: Lithium sulphate is widely used in the ceramics industry, battery manufacturing, metallurgy processes, laboratory reagent applications, and in the pharmaceutical sector owing to its solubility and ionic conductivity in water.

Q: How does lithium sulphate benefit laboratory analyses?

A: Thanks to its high purity, reliable ionic conductivity, and ease of preparation as aqueous solutions, lithium sulphate acts as an effective reagent in analytical laboratories, ensuring consistent reactions and dependable results.

Q: When does lithium sulphate decompose and what are its byproducts?

A: Lithium sulphate decomposes before reaching its boiling point, releasing lithium oxide and sulfur oxides as decomposition products. Users should avoid exposing it to strong acids to prevent undesirable reactions.

Q: Is lithium sulphate regulated for transport and is it hazardous?

A: Lithium sulphate is not classified as a hazardous material for transport. It poses low toxicity but may cause mild skin or eye irritation, so basic safety precautions are recommended during handling.

Q: What is the compatibility of lithium sulphate with other chemicals?

A: Lithium sulphate is incompatible with strong acids which can trigger decomposition. It is stable under normal conditions and displays slight hygroscopic properties, requiring consideration of ambient humidity during storage.

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