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Triglyceryl Monoricinoleate is a glyceride-based ester derived from glycerol and ricinoleic acid used mainly as a nonionic emulsifier, solubilizer, and lipophilic surfactant in cosmetic, personal care, and selected food-related formulations, and Triglyceryl Monoricinoleate is valued for improving dispersion of oils, fragrances, and lipophilic actives in compatible systems.
Triglyceryl Monoricinoleate is used to stabilize emulsions, improve spreadability, and support mild cleansing or solubilization behavior, and Triglyceryl Monoricinoleate performance depends on ester profile, purity, HLB behavior, and compatibility with the complete surfactant and oil-phase system.
Triglyceryl Monoricinoleate is typically supplied as a viscous liquid or semi-solid with a light amber to yellow appearance, and Triglyceryl Monoricinoleate should be warmed for easier handling and incorporated according to recommended processing to ensure uniform dispersion.
CAS Number: Mixture (glycerides of ricinoleic acid; grade dependent)
EC Number: Mixture (grade dependent)
Molecular Formula: Mixture (glyceride ester; variable)
Molecular Weight: Mixture (variable)
Synonyms: Triglyceryl Monoricinoleate, Glyceryl Monoricinoleate (naming used in some contexts), Triglycerol Monoricinoleate, Ricinoleic Acid Glyceride, Glycerides of Ricinoleic Acid (mono-), Triglyceryl Ricinoleate (monoricinoleate), Ricinoleate Glyceride Emulsifier, Nonionic Emulsifier Ricinoleate, Lipophilic Solubilizer, Triglyceryl Monoricinoleate Surfactant, Triglyceryl Monoricinoleate Cosmetic Ingredient, Triglyceryl Monoricinoleate, Glyceryl Monoricinoleate, Glycerol Monoricinoleate, Glycerin Monoricinoleate, Glyceryl Ricinoleate, Glycerol Ricinoleate, Glycerin Ricinoleate, Ricinoleic Acid Monoglyceride, Monoricinolein, 1-Monoricinolein, Glyceryl Ricinoleate Monoester, Glycerol Ricinoleate Monoester, Glycerin Ricinoleate Monoester, Ricinoleic Acid Glycerol Ester, Ricinoleic Acid Glycerin Ester, Ricinoleic Acid Glyceryl Ester, Monoglyceride of Ricinoleic Acid, Monoester of Ricinoleic Acid and Glycerol, 12-Hydroxyoleic Acid Glycerol Ester, 12-Hydroxyoleic Acid Glyceryl Ester, 12-Hydroxyoleic Acid Monoester with Glycerol, (R)-12-Hydroxyoleic Acid Monoester with Glycerol, 9-Octadecenoic Acid 12-Hydroxy Monoester with Glycerol, 9-Octadecenoic Acid 12-Hydroxy Monoester with 1,2,3-Propanetriol, (R,Z)-12-Hydroxyoctadec-9-enoic Acid Propane-1,2,3-triol Ester, (R,Z)-12-Hydroxyoctadec-9-enoic Acid Glycerol Monoester, 1-Glyceryl Ricinoleate, Glyceryl Monoricinolate, Glycerol Monoricinolate, Glycerin Monoricinolate, Glyceryl Ricinolate
APPLICATIONS
Triglyceryl Monoricinoleate is used in cosmetic emulsions such as creams and lotions to improve oil dispersion and support stable emulsion structure.
Triglyceryl Monoricinoleate is incorporated into moisturizing formulations to improve spreadability and reduce greasy feel in compatible oil-phase designs.
Triglyceryl Monoricinoleate is used in rich emulsions in selected applications to support co-emulsification and improved texture.
Triglyceryl Monoricinoleate is used in cleansing oils and makeup removers to help solubilize sebum and makeup while maintaining mild skin feel.
Triglyceryl Monoricinoleate is incorporated into micellar and solubilizing systems in selected applications to support fragrance and oil solubilization.
Triglyceryl Monoricinoleate is used in bath oils to improve dispersibility in water and reduce floating oil separation.
Triglyceryl Monoricinoleate is used in hair care products in selected applications to solubilize oils, fragrances, and conditioning agents in compatible systems.
Triglyceryl Monoricinoleate is incorporated into conditioners to improve deposition and combability in selected formulation designs.
Triglyceryl Monoricinoleate is used in scalp oils and treatments to improve wash-off and dispersion behavior.
Triglyceryl Monoricinoleate is used in deodorants and fragrance products in selected applications to improve fragrance solubilization and stability.
Triglyceryl Monoricinoleate is incorporated into perfume oil blends to support uniformity and reduce haze in compatible systems.
Triglyceryl Monoricinoleate is used in roll-on products in selected applications to improve spreading and reduce phase separation.
Triglyceryl Monoricinoleate is used in lipophilic active delivery systems in selected applications to improve dispersibility of oil-soluble actives.
Triglyceryl Monoricinoleate is incorporated into vitamin and botanical oil blends to support stable formulation performance.
Triglyceryl Monoricinoleate is valued because Triglyceryl Monoricinoleate provides effective lipophilic emulsification and solubilization that improves product stability, sensory feel, and uniform delivery of oils and actives.
Triglyceryl Monoricinoleate is used as an emulsifier in food formulations.
Triglyceryl Monoricinoleate is used to stabilize oil-based and fat-based systems.
Triglyceryl Monoricinoleate is used in confectionery processing.
Triglyceryl Monoricinoleate helps improve the flow behavior of chocolate-like coatings.
Triglyceryl Monoricinoleate is used in compound chocolate formulations.
Triglyceryl Monoricinoleate supports viscosity control in molten fat systems.
Triglyceryl Monoricinoleate is used in bakery fat preparations.
Triglyceryl Monoricinoleate helps improve dispersion of ingredients in baking emulsions.
Triglyceryl Monoricinoleate is used in margarine and shortening systems.
Triglyceryl Monoricinoleate helps stabilize fat blends during processing.
Triglyceryl Monoricinoleate is used in low-fat spread formulations.
Triglyceryl Monoricinoleate supports water-in-oil emulsion stability.
Triglyceryl Monoricinoleate is used in salad dressing formulations.
Triglyceryl Monoricinoleate helps disperse oil phases in compatible dressing systems.
Triglyceryl Monoricinoleate is used in sauce and condiment formulations.
Triglyceryl Monoricinoleate improves texture consistency in selected processed foods.
Triglyceryl Monoricinoleate is used in flavor carrier systems.
Triglyceryl Monoricinoleate helps solubilize oil-soluble flavor components.
Triglyceryl Monoricinoleate is used in food coating applications.
Triglyceryl Monoricinoleate supports smooth spreading and coating performance.
Triglyceryl Monoricinoleate is used in release-agent formulations for bakery molds.
Triglyceryl Monoricinoleate helps reduce sticking in selected food-processing operations.
Triglyceryl Monoricinoleate is used in cosmetic creams and lotions.
Triglyceryl Monoricinoleate acts as a water-in-oil emulsifier in personal care products.
Triglyceryl Monoricinoleate helps create rich and glossy cosmetic emulsions.
Triglyceryl Monoricinoleate is used in skin-care formulations.
Triglyceryl Monoricinoleate supports skin barrier protection in emulsion systems.
Triglyceryl Monoricinoleate is used in moisturizing products.
Triglyceryl Monoricinoleate contributes to a soft after-feel on the skin.
Triglyceryl Monoricinoleate is used in body creams and body butters.
Triglyceryl Monoricinoleate improves the sensory profile of oil-rich formulations.
Triglyceryl Monoricinoleate is used in cleansing creams.
Triglyceryl Monoricinoleate helps disperse oils and waxes in cleansing systems.
Triglyceryl Monoricinoleate is used in lip-care products.
Triglyceryl Monoricinoleate supports smooth application in balm-type formulations.
Triglyceryl Monoricinoleate is used in makeup products.
Triglyceryl Monoricinoleate helps stabilize pigments in anhydrous cosmetic bases.
Triglyceryl Monoricinoleate is used in sunscreen emulsions.
Triglyceryl Monoricinoleate helps maintain uniform distribution of oil-soluble UV filters.
Triglyceryl Monoricinoleate is used in pharmaceutical excipient systems.
Triglyceryl Monoricinoleate can function as a solubilizer for lipophilic active ingredients.
Triglyceryl Monoricinoleate is used in topical pharmaceutical preparations.
Triglyceryl Monoricinoleate supports emulsion stability in ointments and creams.
Triglyceryl Monoricinoleate is used in industrial lubricant formulations.
Triglyceryl Monoricinoleate helps improve oil compatibility and surface wetting.
Triglyceryl Monoricinoleate is used in pigment dispersion systems.
Triglyceryl Monoricinoleate assists wetting and dispersion of solid particles in oils.
Triglyceryl Monoricinoleate is used in specialty chemical formulations.
Triglyceryl Monoricinoleate serves as a functional ester in customized emulsifier blends.
Triglyceryl Monoricinoleate is used in research and development for castor-oil-derived surfactant systems.
DESCRIPTION
Triglyceryl Monoricinoleate is a glyceride ester based on ricinoleic acid, a hydroxylated fatty acid typically sourced from castor oil, and the hydroxyl group contributes to polarity and emulsification behavior.
Triglyceryl Monoricinoleate acts as a nonionic surfactant and co-emulsifier, and Triglyceryl Monoricinoleate can reduce interfacial tension and help stabilize dispersed oil droplets in water-based systems when paired with suitable emulsifiers.
Triglyceryl Monoricinoleate is typically used as part of an emulsifier system rather than as a single emulsifier, and blending with other surfactants allows tuning of HLB and texture.
Triglyceryl Monoricinoleate is compatible with many oils and esters and can help solubilize fragrances, but compatibility with electrolytes and strong acids/bases depends on the overall formulation.
Triglyceryl Monoricinoleate can influence viscosity and sensory feel, often contributing slip and a lubricious after-feel, so dosage should be optimized.
Triglyceryl Monoricinoleate should be stored in tightly closed containers away from heat, light, and oxygen to minimize oxidation and odor development typical of fatty ester ingredients.
Triglyceryl Monoricinoleate may contain a distribution of glyceride species depending on manufacturing, and this distribution affects melting behavior and performance.
Triglyceryl Monoricinoleate should be warmed gently for processing if semi-solid, and overheating should be avoided to prevent discoloration and odor increase.
Triglyceryl Monoricinoleate should be handled with good industrial hygiene practices and used according to applicable regulations for the target market and product category.
Triglyceryl Monoricinoleate is a glycerol-based ester of ricinoleic acid.
Triglyceryl Monoricinoleate is derived from the chemistry of castor-oil fatty acids.
Triglyceryl Monoricinoleate is generally used for its emulsifying and dispersing properties.
Triglyceryl Monoricinoleate is typically associated with lipophilic formulation systems.
Triglyceryl Monoricinoleate has strong compatibility with oils, fats, and waxes.
Triglyceryl Monoricinoleate is usually supplied as a viscous liquid or soft oily material.
Triglyceryl Monoricinoleate may appear pale yellow to amber depending on grade and purity.
Triglyceryl Monoricinoleate is not normally considered water-soluble.
Triglyceryl Monoricinoleate is more compatible with nonpolar and fatty phases.
Triglyceryl Monoricinoleate can help lower interfacial tension in emulsion systems.
Triglyceryl Monoricinoleate is useful where stable water-in-oil emulsions are required.
Triglyceryl Monoricinoleate performance depends on ester composition and manufacturing quality.
Triglyceryl Monoricinoleate performance also depends on dosage, temperature, and formulation polarity.
Triglyceryl Monoricinoleate is valued for improving texture and processing behavior.
Triglyceryl Monoricinoleate can contribute to smoothness in food and cosmetic products.
Triglyceryl Monoricinoleate may be used alongside lecithin or other emulsifiers.
Triglyceryl Monoricinoleate can improve flow in fat-continuous formulations.
Triglyceryl Monoricinoleate can help disperse solids in oil-rich systems.
Triglyceryl Monoricinoleate is considered a specialty emulsifier rather than a general-purpose surfactant.
Triglyceryl Monoricinoleate should be stored in tightly closed containers.
Triglyceryl Monoricinoleate should be protected from excessive heat and oxidation.
Triglyceryl Monoricinoleate quality may be affected by moisture, acid value, and color specifications.
Triglyceryl Monoricinoleate handling should follow the supplier safety data sheet.
Triglyceryl Monoricinoleate is selected when mildness, oil compatibility, and emulsion stability are important.
Triglyceryl Monoricinoleate is a useful ingredient for food, cosmetic, pharmaceutical, and specialty industrial formulations.
PROPERTIES
Common Name: Triglyceryl Monoricinoleate
Chemical Type: Fatty acid glyceride ester; nonionic surfactant; emulsifier; solubilizer
Appearance: Pale yellow to amber viscous liquid or semi-solid
Odor: Mild characteristic fatty odor
Solubility: Insoluble in water; dispersible and emulsifying in water with suitable systems; soluble in oils
HLB Behavior: Lipophilic to mid-HLB (system dependent; grade dependent)
Viscosity: Moderate to high; temperature dependent
Melting/Softening: Grade dependent; may be semi-solid at room temperature
Stability: Stable under recommended storage; oxidation possible over time; protect from heat, air, and light
Storage Temperature: 15–25°C, tightly closed, protect from light and oxygen
Shelf Life: Typically 12–36 months in original sealed packaging (supplier dependent)
FIRST AID
Inhalation:
Move to fresh air if mists are inhaled.
Seek medical attention if respiratory irritation persists.
Avoid breathing aerosols generated by spraying or high-shear processing.
Skin Contact:
Wash with soap and water after contact.
Remove contaminated clothing and wash before reuse.
Seek medical advice if irritation develops or persists.
Eye Contact:
Rinse cautiously with water for several minutes.
Remove contact lenses if present and easy to do, then continue rinsing.
Seek medical attention if irritation persists.
Ingestion:
Rinse mouth with water.
Seek medical attention if discomfort occurs.
Never give anything by mouth to an unconscious person.
Note to Physicians:
Treat symptomatically.
No specific antidote is required.
Provide supportive care as needed.
HANDLING AND STORAGE
Handling:
Use appropriate PPE including gloves and safety glasses for bulk handling.
Warm gently if needed for pumping or pouring and avoid overheating.
Use clean equipment to prevent contamination and odor pickup.
Ventilation:
Use general ventilation for normal handling.
Use local exhaust if heating generates fumes or if aerosol generation is possible.
Avoid aerosol formation in enclosed spaces without adequate airflow.
Storage:
Store in tightly closed containers in a cool, dry place.
Protect from heat, direct sunlight, and oxygen exposure to reduce oxidation and odor development.
Keep away from strong oxidizers and incompatible chemicals.
Spill and Leak Procedures:
Contain spill and absorb with inert material.
Clean residue promptly because oily films can create slip hazards.
Dispose of waste according to local regulations and facility procedures.
Handling Precautions:
Optimize dosage because Triglyceryl Monoricinoleate affects emulsion stability, solubilization, and sensory feel, and overdosing can cause greasiness or instability.
Validate compatibility because emulsifier performance depends on the full surfactant system, oil phase, and processing conditions.
Rotate stock using FIFO practices to maintain consistent quality and predictable emulsification performance.
