AC-PCP SV

AC-PCP SV

INCI name: Potassium Cetyl Phosphate
ANIONIC OIL/WATER EMULSIFIER
Personal care · Specialty Chemicals
Chemical Synthesis

AC-PCP SV is an anionic, ethylene oxide-free oil-in-water emulsifier. Its molecular structure mirrors natural skin phospholipids, which contributes to its exceptional mildness for sensitive skin and baby care formulations.It has a high monoester content and an extremely low dipotassium hydrogen phosphate content, which is only 1% of that of competing products.


This ingredient provides superior emulsion stability and a smooth skin feel due to its unique liquid crystal structure. It is derived from palm oil with a Natural Origin Index (NOI) of 1.0, aligning with clean and natural formulation trends. Its excellent alcohol and water solubility, along with stability across a wide pH range, offers great versatility in sun care, color cosmetics, and daily moisturizers.


REQUEST A SAMPLE

AC-PCP SV

ADVANTAGES

1. Safe, skin-friendly: AC-PCP SV is safe and skin-friendly due to its structural similarity to natural skin phospholipids. This molecular design ensures high biocompatibility and mildness, making it suitable for sensitive skin and baby care formulations.


2. Eco-friendly biodegradable: The product is eco-friendly and biodegradable, breaking down into carbon dioxide and phosphate ions. This complete degradation profile minimizes environmental impact and aligns with green chemistry principles.


3. No KCl byproduct: It contains no KCl byproduct, achieved through an ethylene oxide-free synthesis process. This results in a purer final product free from halogenated impurities, enhancing both safety and batch-to-batch consistency.


4. Stable with various oils: AC-PCP SV demonstrates high stability with various oils; only 1% is required to emulsify up to 80% of an oil phase. This high efficiency provides formulators with broad flexibility in creating stable emulsions for diverse product types.


EFFICACIES

Thermal Stability & Efficiency:AC-PCP SV ensures thermal stability at low concentrations. A 1% dosage effectively emulsifies up to 80% of the oil phase, providing robust emulsion integrity under heat stress. This high efficiency allows for minimal emulsifier usage while maintaining product stability.

 

SPF Enhancement & Stability: It significantly improves sunscreen formula stability and increases SPF value. The ingredient's unique liquid crystal structure forms a stable barrier at the oil-water interface. This enhances water resistance and protects UV filters, leading to more reliable and elevated sun protection.

 

Emulsion Stabilizer: As an emulsion stabilizer, it overcomes imbalances in HLB emulsifier values. Its molecular structure features both hydrophilic phosphate groups and lipophilic cetyl chains. This balance allows it to function effectively across a wide range of formulations without requiring complex HLB matching.

 

Moisture Retention & Skin Feel: The emulsifier delivers better film-forming properties and higher moisturizing performance. Its layered liquid crystal structure creates a smooth, continuous film on the skin. This film enhances moisture retention and provides a superior, non-greasy sensory feel.


FAQ

Q1: Is PCP (potassium cetyl phosphate) safe?


A1: The Cosmetic Ingredient Review (CIR) Expert Panel has reviewed the concentration of the ingredient used in marketed products is 0.5-1% for rinses and 0.05-8.3% for residences, and concluded that the ingredient is safe for use in cosmetic products under the current conditions of use, when the formulation is non-irritating.  


Q2: How PCP is used in formulations?


A2: Add AC-PCP SV to the aqueous phase system and heat it to around 70-75°C. Stir to ensure complete dissolution. AC-PCP SV will form a translucent gel-like liquid in hot water. Slowly add the oil phase to the aqueous phase while stirring for homogeneous emulsification. Gradually cool down to form a uniform and fine emulsion.

REQUEST INFORMATION

Name
Company Name
Email
How can we help you

Hi! Cookies Statement

By clicking "Accept," you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts.