SODIUM METHOXIDE 30% SOLUTION IN METHANOL

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SODIUM METHOXIDE 30% SOLUTION IN METHANOL Specification

Form
Solution

Shape
Liquid

Ph Level
High Alkaline

Molecular Weight
54.02 g/mol

Poisonous
No

HS Code
29051220

Molecular Formula
CH3ONa

Taste
(not applicable as it is not for consumption)

Solubility
Soluble in methanol

Boiling point
64.7C (Methanol boil)

Purity
30%

Melting Point
-98C (Methanol freeze)

Structural Formula
CH3ONa

Refractive Rate
1.344 (for methanol)

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

Smell
Alcoholic odor

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.