PPG-2-Myristyl Ether Propionate is a light, low-viscosity ether–ester built from a C14 myristyl chain and short polypropylene-glycol linkers. In skincare, it performs as a fast-spreading emollient and co-solvent that improves slip, reduces tack, and enhances the distribution of lipophilic actives (e.g., UV filters, fragrances, pigments). Its excellent pigment-wetting and dispersion behavior helps reduce agglomeration and streaking in color cosmetics while supporting uniform film formation in primers and long-wear foundations. These sensory and processing benefits are realized at practical inclusion ranges (typically ~0.5 – 10%), enabling elegant, non-greasy aesthetics in both anhydrous and emulsion systems.
In hair care, the material functions as a lightweight lubricious emollient/solvent that improves combability and fiber alignment without heavy build-up. It is frequently used as a carrier for silicones/elastomer gels and as a dispersant for color or styling powders, boosting spreadability in serums, oils, and finishing sprays. Formulators leverage it to solubilize hydrophobic additives (including fragrances and certain UV absorbers) and to deliver a smooth, dry after-feel in leave-on treatments and aerosol textures.

Quick Insights
Ingredient Rating:
GOOD
Type of Ingredient:
Emollient, Texture Enhancer, Conditioner and Solvent
Intended Function:
Light emollient and co-solvent that improves spreadability, pigment wetting, and delivery of lipophilic actives.
Common Applications:
Color cosmetics (lipstick, foundation, primer, mascara), sunscreens, facial oils/serums, silicone-gel systems, hair serums and finishing sprays.
Target Audience:
Brands seeking non-greasy sensorials, superior pigment dispersion, and reliable solubilization of hydrophobic actives in premium textures.
Also Known As:
PPG-2 Myristyl Ether Propionate, Polypropylene Glycol-2 Myristyl Ether Propionate; Crodamol™ PMP.
Safety Analysis
Available supplier and database summaries indicate low acute hazard and routine cosmetic use without notable sensitization at typical concentrations; the material is employed as an emollient/solvent across leave-on and rinse-off categories. Standard best practice is to keep within customary use levels as explicit above, avoid eye-area overuse, and quality-control residuals from manufacturing (e.g., unreacted monomers/odors) via reputable sourcing and purification steps. Always confirm global regulatory status and conduct stability/compatibility and RIPT testing in final formulas — particularly when combining with high loads of fragrances or aggressive actives.

References
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