Magnesium Glutamate is a magnesium salt of Glutamic Acid and is an amino-acid-derived ingredient that can be considered for selected cosmetic and personal-care formulation systems. It combines a glutamate component with magnesium and may be relevant to formulations containing amino-acid derivatives, mineral-associated ingredients and functional cosmetic raw materials.
Magnesium Glutamate can be evaluated for skin-care, hair-care and personal-care formulations, particularly products designed around amino acids, mineral salts and conditioning ingredients. Depending on the grade and formulation requirements, it may be incorporated into creams, lotions, serums, masks and other cosmetic systems.
Magnesium Glutamate is different from free Glutamic Acid, Sodium Glutamate, Potassium Glutamate and Calcium Glutamate because it contains magnesium as the associated cation. This difference can affect its ionic behavior, solubility and compatibility with other formulation ingredients.
Magnesium Glutamate is the magnesium salt of Glutamic Acid. Glutamic Acid is an acidic amino acid containing an amino group and two carboxylic acid groups.
Magnesium Glutamate may be encountered in different chemical and hydration forms. Therefore, the exact molecular formula and molecular weight should be confirmed from the specification of the particular material being supplied.
A commonly referenced anhydrous magnesium glutamate composition can be represented as C₁₀H₁₆MgN₂O₈, with a molecular weight of approximately 320.56 g/mol.
For commercial product documentation, the exact salt form, hydration state, stereochemistry and CAS number should always be matched with the actual supplier specification.
Magnesium Glutamate can be considered for selected skin-care formulations containing amino-acid-derived and mineral-associated ingredients.
Potential applications include:
It can be evaluated alongside humectants, emollients, amino acids, peptides and other cosmetic raw materials.
The final formulation characteristics depend on concentration, pH, processing conditions, solubility and compatibility with the complete ingredient system.
Magnesium Glutamate can be considered as part of an amino-acid-based cosmetic formulation.
It can be evaluated alongside:
Using different amino-acid derivatives allows formulators to select ingredients according to the desired chemical, physical and formulation characteristics.
Magnesium Glutamate can also be considered for selected hair-care formulations containing amino acids, mineral-associated ingredients and protein-derived materials.
Potential applications include:
It can be evaluated with hydrolyzed proteins, amino-acid complexes, conditioning ingredients and humectants.
The finished formulation should be assessed for compatibility, pH, appearance, stability and other relevant quality characteristics.
Magnesium Glutamate can be considered for selected shampoo formulations where an amino-acid-derived magnesium salt is appropriate.
It may be evaluated with:
Magnesium-containing salts can interact with certain formulation components, particularly polymers and surfactant systems. Compatibility testing is therefore important during formulation development.
Magnesium Glutamate can be evaluated in rinse-off and leave-on hair-conditioning formulations.
It may be combined with:
The appropriate concentration should be established during formulation development based on the intended application and selected grade.
Magnesium Glutamate can be evaluated alongside protein-derived cosmetic ingredients such as:
Magnesium Glutamate is a defined magnesium salt of Glutamic Acid, whereas protein hydrolysates contain mixtures of peptides and amino-acid-derived components.
This distinction can be important when developing formulations that require a defined raw-material composition.
Magnesium Glutamate can be considered for selected personal-care applications, including:
The final product should undergo appropriate compatibility, stability and performance evaluation.
The solubility of Magnesium Glutamate depends on its chemical form, hydration state, concentration, temperature and formulation environment.
It should not automatically be assumed to have the same solubility characteristics as Sodium Glutamate or Potassium Glutamate. Formulation trials are recommended when developing aqueous systems.
Magnesium Glutamate can influence the ionic balance and pH behavior of an aqueous formulation.
The pH of the finished product should be measured and adjusted according to the requirements of the specific cosmetic system.
There is no single universal concentration appropriate for every cosmetic application. The use level should be established according to the intended product, formulation objective, selected grade and applicable requirements.
Magnesium Glutamate should be incorporated using appropriate mixing conditions to achieve uniform distribution.
If the formulation contains polymers, surfactants or mineral-sensitive components, compatibility should be evaluated during development.
Compatibility should be assessed with:
Finished formulations should undergo appropriate stability testing, including evaluation of appearance, pH, physical stability and other product-specific parameters.
Potential quality-control parameters for Magnesium Glutamate include:
Exact numerical limits should be taken from the specification of the selected grade rather than assuming universal limits.
Magnesium Glutamate is an amino-acid-derived magnesium salt that can be considered for selected cosmetic and personal-care formulation systems.
As a Magnesium Glutamate Cosmetic Ingredient Manufacturer in India, Swapnroop can support B2B requirements for Magnesium Glutamate used in amino-acid formulations, skin-care products, hair-care products and other personal-care applications.
The appropriate Magnesium Glutamate grade should be selected according to chemical form, hydration state, stereochemistry, purity, assay, magnesium content, physical characteristics, manufacturing process, applicable standards and intended formulation.
| Parameter | Specification |
|---|---|
| Appearance | White to off-white crystalline powder |