Potassium Citrate Cosmetic Ingredient Manufacturer in India
Potassium Citrate is a potassium salt of citric acid and a versatile ingredient used in cosmetic and personal-care formulation systems. It is particularly relevant to formulations where pH adjustment, buffering and controlled formulation conditions are required.
Potassium Citrate is available in different chemical forms, including tripotassium citrate and monopotassium citrate. The exact chemical identity, CAS number, molecular formula and molecular weight therefore depend on the form and grade of the material. Tripotassium citrate monohydrate, for example, is listed with the formula C₆H₇K₃O₈ and molecular weight 324.41 g/mol, while anhydrous tripotassium citrate has a related CAS entry of 866-84-2. PubChem
In cosmetic formulation, Potassium Citrate can be considered for skin-care, hair-care, cleansing and personal-care products. It can be incorporated into suitable formulations as part of a buffering system, particularly when formulators require controlled pH conditions.
Potassium Citrate is closely related to Citric Acid but is chemically different from the free acid. Its potassium salt structure gives it different formulation characteristics and makes it useful in applications where a citrate-based potassium salt is preferred.
Potassium Citrate is a potassium salt of citric acid. Tripotassium citrate contains three potassium ions associated with citrate, while other potassium citrate forms contain different degrees of neutralization.
The material is generally supplied as a white crystalline powder or granular material and is suitable for use in water-containing formulation systems.
The term "Potassium Citrate" should therefore be used carefully in technical documentation. The actual grade should specify whether the material is tripotassium citrate, monopotassium citrate, a hydrated form or another defined composition.
For example, PubChem identifies tripotassium citrate monohydrate with molecular formula C₆H₇K₃O₈, molecular weight 324.41 g/mol and CAS 6100-05-6. It also identifies 866-84-2 as the related CAS for the anhydrous form. PubChem
Potassium Citrate can be considered a cosmetic formulation ingredient for products where pH adjustment and buffering are required. PubChem records Potassium Citrate among cosmetic ingredients and cites Cosmetic Ingredient Review material for its cosmetic use. PubChem
Its formulation role can include:
The required amount depends on the formulation, target pH, buffer capacity and the other raw materials used.
Potassium Citrate can be evaluated in a range of skin-care formulations where controlled pH is important.
Potential applications include:
In these products, Potassium Citrate can be incorporated as part of a suitable pH-control system.
The finished formulation should be evaluated for pH, appearance, viscosity, stability and compatibility with other ingredients.
Facial cleansers commonly contain surfactants, humectants, preservatives, conditioning materials and pH-adjusting ingredients.
Potassium Citrate can be considered as part of the buffering system of a cleanser.
A controlled pH can contribute to consistent product characteristics and compatibility among formulation components. The appropriate level should be determined through formulation development rather than using a universal concentration.
Potassium Citrate can be evaluated in selected cream and lotion formulations.
These products may contain:
Potassium Citrate may be incorporated where a citrate-based buffering system is appropriate.
Because creams and lotions contain multiple interacting ingredients, compatibility and stability testing should be conducted on the finished formulation.
Potassium Citrate can also be considered for hair-care formulations where controlled pH is required.
Potential applications include:
The pH of a hair-care product can influence the behavior of surfactants, conditioning materials, polymers and preservatives. Potassium Citrate can therefore be evaluated as part of the formulation's pH-management system.
Shampoo formulations often contain surfactants, conditioning agents, preservatives, fragrances, humectants and polymers.
Potassium Citrate can be used as part of a suitable citrate buffering system when formulation pH needs to be controlled.
The final shampoo should be evaluated for:
Potassium Citrate can also be considered in hair conditioners and hair-treatment products.
Conditioners can contain cationic conditioning agents, fatty alcohols, polymers, silicones and other functional materials.
The appropriate pH depends on the complete formulation. Potassium Citrate may be evaluated as part of a buffering system to help establish the required formulation environment.
One of the important formulation applications of Potassium Citrate is its use in citrate-based buffer systems.
A buffer system helps resist changes in pH when small quantities of acidic or alkaline materials are introduced.
Potassium Citrate can be used together with Citric Acid to create a citrate buffer system. The relative amount of acid and citrate salt can be adjusted during formulation development to achieve the desired pH and buffering capacity.
The exact behavior depends on the potassium citrate form, concentration and complete formulation.
Potassium Citrate can contribute to pH adjustment and pH control in cosmetic formulations.
The final pH is influenced by:
For this reason, the final product pH should always be measured after formulation and during stability testing.
Potassium Citrate and Citric Acid are closely related but chemically distinct.
Citric Acid is the free organic acid, while Potassium Citrate is a potassium salt of citrate.
When used together, these ingredients can form a citrate-based buffering system.
The appropriate ratio depends on the target pH and required buffering capacity. The final formulation should be tested rather than relying solely on theoretical calculations.
Potassium Citrate can be considered for various personal-care formulations where pH control or buffering is required.
Potential applications include:
The specific application should be selected according to the chemical form and grade of Potassium Citrate.
Controlled pH can be important for the physical and chemical stability of cosmetic products.
Changes in formulation pH may affect:
Potassium Citrate can therefore be evaluated as one component of a broader formulation strategy for maintaining consistent product characteristics.
The pH of a cosmetic formulation can influence the behavior and performance of certain preservative systems.
Potassium Citrate may help establish a controlled pH when incorporated into an appropriate buffer system.
However, Potassium Citrate should not be considered a preservative by itself. The finished formulation should undergo suitable microbiological and preservative-efficacy evaluation.
Potassium Citrate is suitable for water-containing formulations, and potassium citrate salts can be incorporated into aqueous systems.
The exact solubility behavior depends on the specific chemical form, hydration state, temperature, concentration and other dissolved materials.
Formulators should therefore evaluate the actual commercial grade during product development.
Potassium Citrate can refer to different potassium salts of citric acid.
Before formulation, manufacturers should confirm whether the supplied material is:
This is important because the chemical formula, molecular weight and CAS number vary by form. PubChem
Hydrated and anhydrous forms have different molecular weights.
Tripotassium citrate monohydrate is reported at 324.41 g/mol, while the anhydrous form has a lower molecular weight. PubChem
The correct molecular weight should therefore be used when calculating formulation quantities.
The pH contribution of Potassium Citrate depends on its chemical form, concentration and the other components present.
When combined with Citric Acid, it can form a citrate buffer system.
There is no universal cosmetic use level applicable to every product. The amount should be determined according to the desired pH and buffering requirements.
Potassium Citrate can be incorporated into suitable aqueous phases during manufacturing. Processing conditions should be selected according to the complete formulation.
Compatibility should be evaluated with:
Finished formulations should be evaluated for:
For professional cosmetic applications, Potassium Citrate should be supplied against a defined specification.
Potential quality parameters include:
Exact numerical acceptance limits should be taken from the specification of the particular grade.
Potassium Citrate Cosmetic Ingredient Manufacturer in India is a relevant product category for manufacturers searching for potassium citrate raw materials for cosmetic formulation.
Swapnroop can support B2B requirements for Potassium Citrate intended for selected skin-care, hair-care, cleansing and personal-care formulations.
Potassium Citrate can be evaluated for products such as facial cleansers, shampoos, conditioners, creams, lotions and serums where controlled pH or citrate buffering is required.
The correct grade should be selected according to its chemical form, hydration state, purity, assay, physical characteristics and intended formulation application.
Citrate-Based Cosmetic Ingredient: Suitable for formulation systems requiring a potassium citrate raw material.
pH-Buffering Applications: Can be evaluated as part of citrate-based buffering systems.
Skin-Care Applications: Suitable for selected creams, lotions, cleansers, masks and serums.
Hair-Care Applications: Can be evaluated in shampoos, conditioners and hair-treatment formulations.
Water-Compatible Raw Material: Suitable for evaluation in aqueous and water-containing systems.
Formulation Flexibility: Can be incorporated into different cosmetic product formats according to formulation requirements.
Defined Chemical Grade: Chemical form and hydration state can be specified for accurate formulation development.
Professional Cosmetic Raw Material: Suitable for B2B cosmetic and personal-care manufacturing.
Bulk Cosmetic Ingredient Supply: Suitable for commercial formulation and manufacturing requirements.
| Parameter | Specification |
|---|---|
| Appearance | White to off-white crystalline powder |