Lithium Nitrate

Lithium Nitrate Specification

Boiling point
600 C

Form
Powder

Molecular Weight
68.946 Grams (g)

Density
2.38 Gram per cubic centimeter(g/cm3)

Molecular Formula
LiNO3

Melting Point
264 C

Storage
Room Temperature

Classification
Organic Chemicals

Chemical Name
Lithium Nitrate

CAS No
7790-69-4

Grade
Industrial Grade

Type
Lithium Nitrate

Application
Industrial

Lithium Nitrate Trade Information

Minimum Order Quantity
100 Kilograms

Supply Ability
50 Kilograms Per Month

Delivery Time
2-12 Week

About Lithium Nitrate

Lithium Nitrate stands as a white to light yellow crystallized solid, which is denser than water. Capable to be made via the reaction between lithium hydroxide & lithium carbonate or with nitric acid, the chemical compound has wide applications listed below:

1) Useful as liquid ammonia stabilizer in the oxidants of pyrotechnic making, refrigeration equipment, glass etchant, rocket propellant, antistatic agents, constitution of molten salt etc.

2) Applicable as a cooling & dissolving agent, catalyst or activator for the paint, analytical reagent, heat exchange carrier etc.

3) Used as a raw material of nickel salt as well as the mordant of reducing dye.

4) Useful for the production of phosphor, nickel batteries, ceramics, other lithium salt and metal coloring.

5) Applicable for the organic synthesis, electroplating industry and the production of hardening oil.

6) Lithium Nitrate has been projected as a medium that can store the heat collected from the sun for the purpose of cooking.

7) Stands as a good oxidizing agent in the production of red-colored flares and fireworks.

Grade Standard	Technical Grade
Physical State	Powder
Usage	Industrial, Laboratory
CAS-No	7790-69-4
Mol. Formula	LiNO3
EINECS-No	232-218-9

Properties of Lithium Nitrate

Lithium Nitrate is an industrial-grade compound with a molecular formula of LiNO3, density of 2.38 g/cm, and boiling point of 600 C.

Applications and Uses

Lithium Nitrate is widely used in industrial processes including heat transfer systems owing to its physical properties.