SODIUM METHOXIDE 30% SOLUTION IN METHANOL

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SODIUM METHOXIDE 30% SOLUTION IN METHANOL Specification

Solubility
Soluble in methanol

Shape
Liquid

Smell
Alcoholic odor

Molecular Weight
54.02 g/mol

Purity
30%

Melting Point
-98C (Methanol freeze)

HS Code
29051220

Boiling point
64.7C (Methanol boil)

Structural Formula
CH3ONa

Taste
(not applicable as it is not for consumption)

Ph Level
High Alkaline

Storage
Keep in a tightly closed container. Store in cool dry and well-ventilated conditions. Keep away from water and acids.

Refractive Rate
1.344 (for methanol)

Molecular Formula
CH3ONa

Poisonous
No

Form
Solution

Other Names
Sodium Methylate Sodium Methanolate

Density
0.92 Gram per cubic centimeter(g/cm3)

Classification
Chemical Intermediate

Chemical Name
Sodium Methoxide

CAS No
124-41-4

EINECS No
204-699-5

Grade
Industrial Grade

Standard
ISO 9001

Type
Solution

Usage
Catalyst pharmaceutical synthesis biodiesel production

Main Material
Sodium Methoxide

Application
Chemical synthesis biodiesel production pharmaceutical industry

About SODIUM METHOXIDE 30% SOLUTION IN METHANOL

Sodium Methoxide 30% Solution in Methanol is an industrial-grade chemical intermediate used primarily in chemical synthesis, biodiesel production, and the pharmaceutical industry. It is a liquid solution with a high alkaline pH level and an alcoholic odor. Chemically classified as Sodium Methoxide (CH3ONa), it has a molecular weight of 54.02 g/mol and a density of 0.92 g/cm3. This solution is a catalyst in various industrial processes and is soluble in methanol. It is stored in tightly closed containers, away from water and acids, at cool, dry, and well-ventilated conditions. Compliant with ISO 9001 standards, Sodium Methoxide 30% Solution in Methanol is essential for industries requiring a reliable chemical intermediate of high purity.

FAQs of SODIUM METHOXIDE 30% SOLUTION IN METHANOL:

Q: What are the main applications of Sodium Methoxide 30% Solution in Methanol?

A: Sodium Methoxide 30% Solution in Methanol is commonly used in chemical synthesis, biodiesel production, and the pharmaceutical industry as a catalyst.