This site uses cookies for analytics and to improve your experience. By clicking Accept, you consent to our use of cookies. Learn more in our privacy policy.
Patented Olive Oil Fatty Acid & Rice Polypeptides Based Surfactant
INCI Name: Potassium Cocoyl/Olivoyl Hydrolyzed Rice Protein, Aqua
Solubility: Water soluble
Preservation: Sodium Benzoate, Potssium Chloride
Global & Consumer Certifications: PEG and Sulfate free, Vegan compatible, ECOCERT/COSMOS approved, Palm and Kernel Palm Oil free, China IECIC listed
Benefits: Skin barrier restoring for a time prolonged skin moisturization, Hair shaft nourishment, Emollient after feel, Foam building / boosting, Proven in vivo efficacy in TEWL reduction and tolerability against skin irritation
Applications: Ideal for sensitive skin / soothing / baby care applications / advanced hair treatments, all rinse-off applications as cleansing active, emollient in leave on products
Oliverice, a patented surfactant derived from olive oil fatty acids and rice polypeptides, enhances product sensorial qualities, providing a luxurious “second skin” effect while improving skin and hair emollience and supporting skin barrier restoration. Additionally, the inclusion of rice polypeptides in Oliverice brings anti-aging benefits, stimulates melanin production, and nourishes the hair, making it an excellent choice for vegan-friendly, palm-free, and gluten-free formulations in various cosmetic applications such as body care, hair care, skin care, and toiletries.
The territory or territories listed below indicates the area this supplier serves. Select the “All Ingredients” button to return to our full portfolio.
If your region is not listed here, this supplier is not currently offered through Deveraux Specialties in your area.
UNITRIENOL™ T-272 WSL 2.1 is a water-soluble bioactive complex designed for cosmetic formulations targeting oily or combination skin, greasy roots, and scalp sebum imbalance. Built around farnesyl acetate, farnesol, and…
EXO DDS EYES360
EXO DDS EYES360 is a vegan exosome-like nano-vesicle delivery system designed for advanced eye-area cosmetic formulations. It combines Populus Tremuloides Bark Extract, Plankton Extract, and Hexapeptide-8 in a Deep Delivery…
BGT™ Hair-KX
BGT™ Hair-KX is a hair peptide technology designed to support stronger, smoother, and more manageable hair in modern rinse-off and leave-on haircare formulations. Developed as part of BGT’s hair peptide…
NATURA-TEC CrystaLisse
NATURA-TEC CrystaLisse is a naturally derived texturizing agent designed to reproduce key silicone elastomer-like benefits in cosmetic formulations, including soft-focus blurring, sebum control, dry silky skin feel, and improved spreadability.…
SkinCharge CLR™
SkinCharge CLR™ is a water-soluble cosmetic active derived from enzymatically hydrolyzed Vicia faba seed protein, designed for skin care formulas that address signs of digital lifestyle fatigue and premature aging.…
Natural Vaselin Type E
Natural Vaselin Type E is a natural, vegan protective gel designed as a plant-based alternative to conventional petrolatum for modern skincare, baby care, balm, stick, and liposoluble formulations. Based on…
Vegan DDS Glycan
Vegan DDS Glycan is a deep delivery nanovesicle system encapsulating hyaluronic acid and hydrolyzed soy protein to help formulators build high-performance skin care with efficient, controlled delivery of actives into…
Vegan FDS Pyrrolidin
Vegan FDS Pyrrolidin is a biomimetic, cationic follicular-delivery nanovesicle pre-loaded with 2.5% Pyrrolidinyl Diaminopyrimidine Oxide Oxothiazolidinecarboxylate to target the dermal papilla, protect the active from degradation, and release it directly…
RenovHyal™ Life
RenovHyal™ Life is a low molecular weight hyaluronic acid (LMW HA) produced through advanced precision fermentation using a patented strain of Saccharomyces cerevisiae. Designed to meet both the efficacy and…
PrimalHyal™ 20 Life
PrimalHyal™ 20 Life is a very low molecular weight hyaluronic acid specifically designed to penetrate the stratum corneum and stimulate endogenous hyaluronic acid production in both fibroblasts and keratinocytes. This…
