SODIUM METAL 99% AR

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SODIUM METAL 99% AR Specification

Smell
Odorless

Poisonous
YES

HS Code
28051100

Physical Form
Soft metallic solid

Solubility
Insoluble in organic solvents; reacts violently with water

Refractive Rate
N/A (metallic solid)

CAS No
7440-23-5

Melting Point
97.8 C

Molecular Formula
Na

Ingredients
Sodium (99% AR grade)

Shape
Solid block or ingot

Molecular Weight
22.99 g/mol

Properties
Highly reactive metallic malleable solid

Ph Level
N/A (reacts violently with water)

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

Grade
AR (Analytical Reagent)

Appearance
Silvery metallic solid

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

EINECS No
231-132-9

Purity
99%

Shelf Life
Indefinite if stored correctly

Taste
Metallic

Usage
Industrial laboratory use

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.