Product: Iso Propyl Palmitate (IPP)
Rchem Iso Propyl Palmitate (IPP) is a high-purity, ester-based emollient derived from isopropyl alcohol and palmitic acid. This clear, colorless, and odorless liquid is renowned for its exceptionally light, non-greasy texture and excellent spreading properties. As a versatile and cost-effective emollient, IPP imparts a smooth, silky after-feel to the skin, reduces the greasiness of oil phases, and enhances the application of cosmetic and personal care formulations. It is the ideal choice for manufacturers seeking to create products with a lightweight, luxurious feel that absorb quickly without leaving a heavy residue.
Category: powder
Description
Key Features & Benefits:
● Excellent natural thickening agent with high viscosity at low concentrations
● Effective stabilizer for emulsions and suspensions in various formulations
● Clean-label ingredient suitable for organic and natural product formulations
● Improves texture and shelf life in food products
● Enhances viscosity and stability in cosmetic formulations
● Cost-effective alternative to synthetic thickeners and stabilizers
Technical Specifications Table:
Property
Detail
Apperance
Scent
Solubility
Uses
pH
Charge
Used In
Usage Rate
Product Origin
PALM DERIVATIVES STATUS
VEGAN SUITABLE
Chemical Formulae
Frequently Asked Questions:
Is Iso Propyl Palmitate comedogenic (pore-clogging)?
IPP has a moderate comedogenic rating. While it is generally well-tolerated in rinse-off products and body care, formulators should exercise caution when using it in high concentrations in leave-on facial products designed for acne-prone or very oily skin. It is often used successfully in blends with non-comedogenic esters.
IPP is derived from palmitic acid (C16), while IPM is derived from myristic acid (C14). This difference makes IPP slightly heavier and less penetrating than IPM, often resulting in a less greasy feel and lower reported instances of irritancy compared to IPM.
How does IPP differ from other esters like Isopropyl Myristate (IPM)?
Absolutely. Its low viscosity and excellent solvent properties make it an ideal ingredient in anhydrous formulations such as lipsticks, foundations, and makeup removers, where it helps to create a smooth texture and even application.
Can IPP be used in anhydrous formulations like makeup?
The "Palmitate" portion of the molecule is an ester of palmitic acid. A common industrial source of palmitic acid is palm oil. If a non-palm derived version is required for your brand's sustainability policy, it is essential to inquire with your supplier about the specific source of the fatty acid.
Why is IPP marked as "Palm-Derived"?
Its primary sensory benefit is imparting initial rich slip during application, followed by a quick breakdown to a dry, silky finish. This reduces the greasy feel of the formulation and enhances consumer perception of the product's quality and performance.
