Magnesium citrate powder Raw Materials CAS 7779-25-1

Magnesium citrate powder Raw Materials CAS 7779-25-1

CAS:7779-25-1

MF:C12H10Mg3O14

MW:451.11

EINECS:231-923-9

Specification:99% min Magnesium citrate powder

Sample:Magnesium citrate powder Avaliable

Keywords:Magnesium citrate

Appearance:white powder

Storage: Cool Dry Place

Brand:Global ASAP Nutrition Factory

Shelf Life: 2 Years

Test Method: HPLC

Uses and synthesis of Magnesium citrate powder

Magnesium citrate powder is a colorless crystalline solid. Magnesium citrate is colorless crystalline or white powder. Soluble in water, forming soluble magnesium salt in water; It has the acidic properties of citric acid; As the temperature increases, magnesium citrate breaks down. One of the most common Magnesium supplement formulations is Magnesium citrate, which is naturally found in citrus fruits, giving them a sour taste. It is usually taken orally to supplement low magnesium levels and is also used to treat constipation due to its natural laxative effects.

Applications/Functions of Magnesium citrate powder

1. Magnesium citrate powder is one of the most common magnesium supplement formulations, and citric acid is naturally found in citrus fruits, giving them a sour taste. It is usually taken orally to supplement low magnesium levels and is also used to treat constipation due to its natural laxative effects.
2. In the pharmaceutical industry: Magnesium citrate is used as a magnesium supplement to treat magnesium deficiency;

Physicochemical Property of Magnesium citrate powder

Magnesium citrate is colorless crystalline or white powder. Soluble in water, forming soluble magnesium salt in water; It has the acidic properties of citric acid; As the temperature increases, magnesium citrate breaks down.

Production methodprocess of Magnesium citrate powder

Magnesium citrate powder is usually prepared by adding magnesium hydroxide or magnesium carbonate to a solution of citric acid. After the reaction, colorless crystals or white powder of magnesium citrate are obtained by crystallization and drying.