SODIUM METAL 99% AR

Get a Price/Quote

SODIUM METAL 99% AR Specification

Shelf Life
Indefinite if stored correctly

EINECS No
231-132-9

Density
0.97 Gram per cubic centimeter(g/cm3)

Storage
Store under inert liquid (e.g. mineral oil) or in a dry inert atmosphere

Structural Formula
Na

Usage
Industrial laboratory use

Poisonous
YES

Physical Form
Soft metallic solid

Taste
Metallic

Application
Used in chemical syntheses reducing agents and coolant for nuclear reactors

Properties
Highly reactive metallic malleable solid

Ph Level
N/A (reacts violently with water)

HS Code
28051100

Ingredients
Sodium (99% AR grade)

Refractive Rate
N/A (metallic solid)

CAS No
7440-23-5

Molecular Weight
22.99 g/mol

Purity
99%

Melting Point
97.8 °C

Smell
Odorless

Appearance
Silvery metallic solid

Solubility
Insoluble in organic solvents; reacts violently with water

Molecular Formula
Na

Grade
AR (Analytical Reagent)

Shape
Solid block or ingot

About SODIUM METAL 99% AR

Sodium Metal 99% AR is a highly reactive metallic malleable solid with a purity of 99% AR grade. Its physical form is a soft metallic solid, appearing as a silvery metallic block or ingot. Used in chemical syntheses, as reducing agents, and as a coolant for nuclear reactors, this product is suitable for industrial laboratory use. With a molecular weight of 22.99 g/mol and a molecular formula of Na, it must be stored under inert liquid or in a dry inert atmosphere due to its reactivity with water. Its melting point is 97.8 C, and it is insoluble in organic solvents. As a poisonous substance with a metallic taste, it is best handled with care and precaution.

FAQs of SODIUM METAL 99% AR:

Q: What is the purity of Sodium Metal 99% AR?

A: Sodium Metal 99% AR has a purity of 99% AR grade.

Q: How should Sodium Metal 99% AR be stored?

A: Sodium Metal 99% AR should be stored under inert liquid or in a dry inert atmosphere to prevent reaction with water.

Q: What are the main applications of Sodium Metal 99% AR?

A: Sodium Metal 99% AR is commonly used in chemical syntheses, as reducing agents, and as a coolant for nuclear reactors in industrial laboratory settings.