Polyglycerin-6 is a glycerol-derived polyol used in cosmetic and personal-care formulations primarily for its humectant, moisturizing and skin-conditioning properties. It belongs to the polyglycerol family and contains multiple hydroxyl groups that provide strong affinity for water.
The hydrophilic nature of Polyglycerin-6 makes it suitable for formulations where moisture retention, hydration and a comfortable skin feel are important. It can be considered for skincare, haircare and personal-care products including creams, lotions, serums, gels and cleansing formulations.
The name Polyglycerin-6 indicates a polyglycerol material associated with six glycerol-derived units. Commercial grades may contain a molecular distribution around the designated oligomer, so the exact composition should be confirmed using the applicable COA and TDS.
Polyglycerin-6 is an oligomeric glycerol-derived polyol in the polyglycerol family. It contains multiple hydroxyl groups that give the material strong hydrophilic characteristics.
The hydroxyl-rich structure allows Polyglycerin-6 to interact with water and makes it useful as a humectant in cosmetic formulations.
It can be incorporated into products designed to support skin hydration and moisture retention. It may also contribute to formulation texture and sensory characteristics depending on its grade and concentration.
Polyglycerin-6 should not be confused with Polyglyceryl-6 fatty-acid esters. The latter are chemically modified ester ingredients with different properties and applications.
Polyglycerin-6 is an oligomeric material rather than a conventional low-molecular-weight single compound in the same sense as glycerol or propylene glycol.
The designation “6” describes the polyglycerol degree designation. Commercial Polyglycerin-6 can contain related oligomeric species, and the molecular-weight distribution depends on the manufacturing process and grade.
For this reason, a single molecular formula or molecular weight should not automatically be used as the release specification for every commercial Polyglycerin-6 grade.
For product-page accuracy, the supplied grade's COA/TDS should be treated as the controlling source for molecular distribution, hydroxyl value, viscosity and other technical characteristics.
Polyglycerin-6 is primarily valued as a humectant.
Its multiple hydroxyl groups provide strong water affinity, allowing it to support moisture retention in cosmetic formulations.
This makes it suitable for hydration-focused skincare and personal-care products.
Polyglycerin-6 can contribute to the moisturizing performance of creams, lotions, serums and gels.
It can support formulations designed to provide a hydrated and comfortable skin feel.
Polyglycerin-6 can contribute to the conditioning characteristics of cosmetic formulations.
Its water-compatible polyol structure is useful in formulations where hydration and sensory properties are important.
Polyglycerin-6 can support water-containing formulation systems through its hydrophilic characteristics.
It may be combined with other humectants, emollients, solvents and conditioning ingredients.
Depending on grade and concentration, Polyglycerin-6 can influence formulation viscosity and texture.
The final effect depends on molecular distribution, concentration and the complete formulation system.
Polyglycerin-6 can be incorporated into multi-humectant systems alongside ingredients such as Glycerin, Diglycerin, Propylene Glycol and other polyols.
This allows formulators to design hydration systems with different sensory and viscosity characteristics.
Polyglycerin-6 can be considered for a variety of cosmetic and personal-care applications, including:
Polyglycerin-6 is particularly relevant to skincare formulations where hydration and moisture management are important.
It can be incorporated into moisturizers, serums, creams, lotions and gels together with other humectants and skin-conditioning ingredients.
Its hydroxyl-rich structure provides water-binding characteristics that can support products designed to maintain a hydrated and comfortable skin feel.
Polyglycerin-6 can also be considered for hair-care formulations where moisture management is desired.
Potential applications include:
The appropriate concentration should be established through formulation testing according to the selected grade.
Polyglycerin-6 can be incorporated into selected cleansing products where moisture support is desired.
Its humectant characteristics can complement cleansing systems intended to provide a comfortable post-cleansing sensory profile.
When formulating with Polyglycerin-6, manufacturers should evaluate:
Because commercial polyglycerol materials can differ in molecular distribution and technical characteristics, the selected grade should be evaluated against the intended application.
Swapnroop supplies Polyglycerin-6 for cosmetic and personal-care formulation requirements in India.
Polyglycerin-6 is a glycerol-derived polyol primarily valued for its humectant and moisture-support characteristics. Its multiple hydroxyl groups provide strong affinity for water, making it suitable for hydration-focused skincare, haircare and personal-care formulations.
For commercial procurement, manufacturers should confirm the required grade, molecular distribution, purity, packaging and current batch specifications according to the intended application.
Polyglycerin-6 is a glycerol-derived oligomeric polyol associated with six glycerol-derived units. It is primarily used as a humectant in cosmetic formulations.
The INCI name is Polyglycerin-6.
It is primarily used as a humectant, with moisturizing, skin-conditioning and formulation-support functions.
Yes. Polyglycerin-6 is used as a humectant to support moisture retention in cosmetic formulations.
No. Polyglycerin-6 and Polyglyceryl-6 are different naming categories. Polyglyceryl-6 is commonly used in the names of esterified polyglycerol ingredients, while Polyglycerin-6 refers to the parent polyglycerol material.
No. Glycerin is a single glycerol molecule, while Polyglycerin-6 is a higher oligomeric glycerol-derived polyol.
Yes. It can be considered for moisturizers, creams, lotions, serums and gels.
Yes. It can be considered for conditioners, hair masks, leave-in products and other moisture-focused hair-care formulations.
Its hydroxyl-rich structure provides strong hydrophilic characteristics. Actual solubility behavior should be confirmed against the selected commercial grade.
| Parameter | Specification |
|---|---|
| Appearance | Colourless to light-yellow liquid or oily liquid |