SODIUM PEROXIDE GRANULAR 95% ARACS

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SODIUM PEROXIDE GRANULAR 95% ARACS Specification

Structural Formula
Na-O-O-Na

Solubility
Reacts with water

Ph Level
Alkaline (in solution)

Shape
Granular

Other Names
Sodium dioxide

Molecular Weight
77.98 g/mol

Molecular Formula
Na2O2

Storage
Store in a cool dry and well-ventilated location away from moisture acids and organic materials

Melting Point
460 C

Smell
Odorless

Poisonous
No

Form
Solid

Density
2.805 Gram per cubic centimeter(g/cm3)

Boiling point
(decomposes at high temperatures)

Purity
95%

HS Code
28152000

Refractive Rate
Not available

Classification
Oxidizing Agent

Chemical Name
Sodium Peroxide

CAS No
1313-60-6

EINECS No
215-209-4

Grade
ARACS

Standard
Analytical Reagent (AR) ACS Grade

Type
Granular

Usage
Laboratory reagent Chemical synthesis Bleaching agent Oxidizer

Main Material
Sodium Peroxide

Application
Chemical industry Research labs

About SODIUM PEROXIDE GRANULAR 95% ARACS

Sodium Peroxide Granular 95% ARACS is a solid oxidizing agent used in various industries and research labs. Its granular form makes it easy to handle and store in cool, dry locations away from moisture, acids, and organic materials. With a purity of 95%, it is classified as an Analytical Reagent (AR) ACS Grade product. This odourless compound with a molecular formula Na2O2 is commonly utilized as a laboratory reagent, chemical synthesis agent, bleaching agent, and oxidizer. Due to its alkaline nature, it has a high pH level in solution. The chemical is poisonous and reacts with water, requiring careful handling.

FAQs of SODIUM PEROXIDE GRANULAR 95% ARACS:

Q: What is the purity level of Sodium Peroxide Granular 95% ARACS?

A: The purity level of Sodium Peroxide Granular 95% ARACS is 95%.

Q: In which form does Sodium Peroxide Granular 95% ARACS exist?

A: Sodium Peroxide Granular 95% ARACS exists in a solid granular form.

Q: What are the common applications of Sodium Peroxide Granular 95% ARACS?

A: Common applications of Sodium Peroxide Granular 95% ARACS include its usage as a laboratory reagent, chemical synthesis agent, bleaching agent, and oxidizer.