COCAMINE OXIDE

Cocamine Oxide is an amine oxide surfactant typically made by oxidizing cocamine, and Cocamine Oxide is widely used as a foam booster, viscosity builder, and secondary surfactant in personal care and household cleaning formulations.
Cocamine Oxide provides good detergency and high foam stability, and Cocamine Oxide is valued for improving mildness perception and enhancing performance in anionic surfactant systems.
Cocamine Oxide is often supplied as an aqueous solution, and Cocamine Oxide performance depends on pH and formulation balance because Cocamine Oxide behaves as a nonionic surfactant at higher pH and becomes more cationic under acidic conditions.

CAS Number: 68155-09-9 (commonly associated; UVCB mixture)
EC Number: 268-938-5 (commonly associated; UVCB listing)
Molecular Formula: Variable (mixture; C12–C18 amine oxide distribution)
Molecular Weight: Variable (mixture)

Synonyms: Cocamine Oxide, Cocoamine Oxide, Amine Oxide (Coco), Cocamine N-Oxide, Oxidized Cocamine, Cocamine Oxide Surfactant, Coco Amine Oxide, Foam Booster Amine Oxide, Viscosity Builder Amine Oxide, Amphoteric-like Surfactant (amine oxide), C12-18 Alkyl Dimethylamine Oxide (mixture class), Cocamine Oxide Detergent, Cocamine Oxide, COCAMINE OXIDE, Cocamine oxide, Cocoamine Oxide, Cocoamine oxide, Cocamine N-Oxide, Cocamine N-oxide, Cocamine amine oxide, Cocamine Amine Oxide, Cocoamine N-Oxide, Cocoamine N-oxide, Coco Amine Oxide, Coco amine oxide, Coconut Amine Oxide, Coconut amine oxide, Cocamine Oxide (INCI), Cocamine Oxide (cosmetic ingredient), Cocamine Oxide (amine oxide surfactant), Amine Oxide Surfactant (Cocamine Oxide), C12-C14 Amine Oxide (coco) (use context), C12-14 Alkyldimethylamine Oxide (coco) (descriptive), Alkyldimethylamine Oxide (coco), Coco Alkyldimethylamine Oxide, Coco Dimethylamine Oxide, Cocodimethylamine Oxide (variant), Cocamine Dimethylamine Oxide (variant), Cocamine Dimethylamine Oxide (mixture), Coco Dimethyl Amine Oxide (spacing variant), Cocamine Oxide Surfactant, Cocamine Oxide Foam Booster, Cocamine Oxide Foam Enhancer, Cocamine Oxide Foam Stabilizer, Cocamine Oxide Secondary Surfactant, Cocamine Oxide Co-surfactant, Cocamine Oxide Mild Surfactant, Cocamine Oxide Detergent, Cocamine Oxide Cleansing Agent, Cocamine Oxide Wetting Agent, Cocamine Oxide Solubilizer, Cocamine Oxide Emulsifier (use context), Cocamine Oxide Thickener (use context), Cocamine Oxide Viscosity Builder (use context), Cocamine Oxide Hair-Care Surfactant, Cocamine Oxide Shampoo Surfactant, Cocamine Oxide Body Wash Surfactant, Cocamine Oxide Hand Soap Surfactant, Cocamine Oxide Dishwashing Surfactant (use context), Cocamine Oxide Household Cleaner Surfactant (use context), Cocamine Oxide Industrial Cleaner Surfactant (use context), Cocamine Oxide High Foaming Surfactant, Cocamine Oxide Amphoteric Surfactant (common classification), Amphoteric Surfactant (Cocamine Oxide), Zwitterionic Surfactant (amine oxide) (use context), Coconut Fatty Alkyl Dimethylamine Oxide (descriptive)

APPLICATIONS

Cocamine Oxide is used in shampoos to boost foam and improve viscosity in anionic surfactant systems.
Cocamine Oxide is incorporated into sulfate-free shampoos to improve lather and enhance cleansing performance in compatible blends.
Cocamine Oxide is used in clarifying shampoos to increase foam stability and improve rinse feel.

Cocamine Oxide is used in body washes to create richer foam and improve sensory feel during washing.
Cocamine Oxide is incorporated into shower gels to improve viscosity and reduce watery feel.
Cocamine Oxide is used in bubble bath formulations to increase foam volume and improve foam persistence.

Cocamine Oxide is used in facial cleansers to provide creamy foam and improve mildness perception when properly formulated.
Cocamine Oxide is incorporated into acne cleansers to improve detergency and reduce squeaky feel.
Cocamine Oxide is used in exfoliating cleansers to help suspend particles and maintain stable viscosity.

Cocamine Oxide is used in hand soaps to improve foam and enhance grease removal in liquid soap systems.
Cocamine Oxide is incorporated into kitchen hand washes to improve cleaning under oily load and support pleasant foam.
Cocamine Oxide is used in foaming pump soaps to improve foam structure and stability.

Cocamine Oxide is used in dishwashing liquids to boost foam and improve grease cutting in manual dish detergents.
Cocamine Oxide is incorporated into dish liquids to improve foam retention under oily soil conditions.
Cocamine Oxide is used in rinse-off hard-surface cleaners to improve wetting and cleaning efficiency.

Cocamine Oxide is used in all-purpose cleaners to improve wetting and to stabilize foam in spray and wipe products.
Cocamine Oxide is incorporated into bathroom cleaners to improve soil removal and to stabilize surfactant performance across water hardness.
Cocamine Oxide is used in glass and surface cleaners in compatible systems to improve wetting and reduce streaking.

Cocamine Oxide is used in degreasers to enhance detergency and support stable foam in high-soil cleaning.
Cocamine Oxide is incorporated into vehicle wash shampoos to improve foam cling and lubricity during washing.
Cocamine Oxide is used in pressure wash foams to improve foam stability and contact time on vertical surfaces.

Cocamine Oxide is used in antimicrobial cleanser formulations as a performance surfactant that supports foaming and cleaning while actives provide antimicrobial action.
Cocamine Oxide is incorporated into disinfecting cleaners to improve soil removal and wetting of surfaces.
Cocamine Oxide is used in sanitizing hand washes to improve foam and user experience in compatible systems.

Cocamine Oxide is used in industrial cleaners to improve wetting and to support stable performance in mixed surfactant systems.
Cocamine Oxide is incorporated into concentrate cleaners to improve dilution robustness and foam behavior.
Cocamine Oxide is used in formulations that require good foam stability across a wide temperature and water hardness range.

Cocamine Oxide is used as a co-surfactant to improve viscosity building with salt in anionic surfactant systems.
Cocamine Oxide is incorporated into shampoo and body wash “salt curves” to achieve target viscosity with controlled electrolyte addition.
Cocamine Oxide is used in surfactant blends to reduce irritation potential compared with purely anionic systems.

Cocamine Oxide is valued because Cocamine Oxide boosts foam, improves viscosity, and supports strong cleaning performance across personal care and household detergent formulations.

Cocamine Oxide is used as an amphoteric surfactant in personal care cleansing products.
Cocamine Oxide is used to boost foam and improve foam stability in shampoos and body washes.
Cocamine Oxide helps improve mildness by balancing harsher anionic surfactants in blends.

Cocamine Oxide is used in shampoos to improve lather creaminess and rinse feel.
Cocamine Oxide supports removal of oils while reducing squeaky feel when properly formulated.
Cocamine Oxide helps improve wet combing in some cleansing systems by mild conditioning effect.

Cocamine Oxide is used in sulfate-free shampoo systems to support foam and detergency.
Cocamine Oxide helps maintain rich foam even when primary surfactants are milder.
Cocamine Oxide supports formulation flexibility in “sulfate-free” cleansing concepts.

Cocamine Oxide is used in anti-dandruff shampoos to support cleansing and foam while delivering actives.
Cocamine Oxide helps solubilize oils and improve dispersion of anti-dandruff agents in some systems.
Cocamine Oxide supports scalp cleansing performance in medicated shampoo formats.

Cocamine Oxide is used in body washes and shower gels to increase foam volume and improve skin feel.
Cocamine Oxide supports stable lather in hard water and under soil load.
Cocamine Oxide helps reduce irritation potential compared with using only strong anionics.

Cocamine Oxide is used in facial cleansers for oily skin when strong cleansing is needed and mildness is balanced.
Cocamine Oxide supports solubilization of sebum and sunscreen residues.
Cocamine Oxide helps maintain foam stability in low-viscosity facial wash systems.

Cocamine Oxide is used in hand soaps to improve foam and grease cutting.
Cocamine Oxide supports frequent-use liquid hand wash products with pleasant lather.
Cocamine Oxide helps improve cleaning of oily soils while maintaining acceptable mildness.

Cocamine Oxide is used in bubble bath products to generate abundant, stable foam.
Cocamine Oxide supports foam longevity in warm bath water.
Cocamine Oxide helps improve bubble size and foam texture in bath formulations.

Cocamine Oxide is used in intimate hygiene cleansers as a foam booster in mild surfactant blends.
Cocamine Oxide supports gentle cleansing systems when used at appropriate levels.
Cocamine Oxide helps maintain stable foam while controlling irritation through careful formulation.

Cocamine Oxide is used in baby washes in some formulations where mildness and foam are balanced.
Cocamine Oxide supports reduced eye sting potential when combined with suitable co-surfactants.
Cocamine Oxide helps improve foam richness in low-active baby cleansing systems.

Cocamine Oxide is used in shaving foams and shaving gels to improve foam density and stability.
Cocamine Oxide supports creamy lather that improves glide on skin.
Cocamine Oxide helps reduce collapse of foam during shaving routines.

Cocamine Oxide is used in toothpaste and oral care products as a foaming and cleaning aid in some systems.
Cocamine Oxide supports foam generation and dispersion of flavors in oral formulations.
Cocamine Oxide helps provide gentle surfactant action in sensitive oral care concepts.

Cocamine Oxide is used in mouthwash concentrates as a solubilizer for essential oils in some designs.
Cocamine Oxide supports clear solubilization of hydrophobic flavor oils.
Cocamine Oxide helps stabilize essential oil dispersions in aqueous oral products.

Cocamine Oxide is used in micellar cleansing waters and cleansing wipes as a solubilizer and mild surfactant.
Cocamine Oxide supports removal of makeup and oily soils from skin and tools.
Cocamine Oxide helps maintain clear solutions at optimized solubilization ratios.

Cocamine Oxide is used in household dishwashing liquids to boost foam and improve grease cutting.
Cocamine Oxide supports rich foam that improves consumer perception of cleaning power.
Cocamine Oxide helps stabilize foam under high grease load in dishwashing.

Cocamine Oxide is used in hard-surface cleaners to improve wetting and soil removal.
Cocamine Oxide supports cleaning of kitchens and bathrooms by emulsifying oily residues.
Cocamine Oxide helps improve rinseability and reduces streaking in some formulations.

Cocamine Oxide is used in glass and mirror cleaners as a low-residue wetting agent in some systems.
Cocamine Oxide supports fast spreading and soil lift from smooth surfaces.
Cocamine Oxide helps reduce streaks by improving wetting and controlled foam.

Cocamine Oxide is used in carpet and upholstery cleaners to improve foam and soil suspension.
Cocamine Oxide supports extraction cleaning by keeping soils dispersed in solution.
Cocamine Oxide helps reduce re-deposition of soils by improving suspension stability.

Cocamine Oxide is used in automotive wash shampoos to boost foam and improve cleaning.
Cocamine Oxide supports rich suds that improve wash experience on vehicles.
Cocamine Oxide helps lift road film and oily residues from painted surfaces.

Cocamine Oxide is used in degreasers and industrial cleaners to emulsify oils and improve wetting.
Cocamine Oxide supports removal of industrial soils from equipment and floors.
Cocamine Oxide helps improve cleaning efficiency in alkaline cleaning systems.

Cocamine Oxide is used in institutional and food-service cleaners to improve foam control and detergency.
Cocamine Oxide supports removal of fats and food soils from surfaces.
Cocamine Oxide helps improve cleaning performance while maintaining manageable foam.

Cocamine Oxide is used as a foam booster in detergent formulations for laundry pre-treat sprays.
Cocamine Oxide supports wetting and penetration into oily stains.
Cocamine Oxide helps lift soils for improved stain removal performance.

Cocamine Oxide is used in liquid laundry detergents as a co-surfactant to improve greasy soil removal.
Cocamine Oxide supports detergent performance synergy with anionic surfactants.
Cocamine Oxide helps stabilize surfactant blends and improve foam control.

Cocamine Oxide is used in emulsifier blends to improve stability of oil-in-water emulsions in some systems.
Cocamine Oxide supports emulsification of fragrance oils and hydrophobic actives.
Cocamine Oxide helps reduce phase separation in formulated products.

Cocamine Oxide is used as a hydrotrope in some formulations to improve clarity of surfactant solutions.
Cocamine Oxide supports solubilization of perfume oils in clear shampoos and cleansers.
Cocamine Oxide helps maintain product clarity over temperature variation.

Cocamine Oxide is used in salt-thickened surfactant systems to help build viscosity in some formulations.
Cocamine Oxide supports viscosity response to electrolytes in certain shampoo blends.
Cocamine Oxide helps optimize rheology and pour behavior in rinse-off products.

Cocamine Oxide is used in foam pump products to create stable, creamy foam for hand wash and face wash.
Cocamine Oxide supports good foam structure in foaming dispensers.
Cocamine Oxide helps maintain foam stability after dispensing.

Cocamine Oxide is used in cleansing products for hard water markets to support foam stability.
Cocamine Oxide supports lather performance in the presence of calcium and magnesium ions.
Cocamine Oxide helps maintain acceptable foam under challenging water conditions.

Cocamine Oxide is used in formulation R&D as a benchmark amine oxide surfactant for foam boosting studies.
Cocamine Oxide supports comparison versus lauramine oxide and other amphoteric co-surfactants.
Cocamine Oxide helps tune mildness and foam with controlled blending.

Cocamine Oxide is used in preservative system support by improving cleansing and reducing soil load in rinse-off products.
Cocamine Oxide supports improved rinse cleanliness that reduces microbial growth conditions.
Cocamine Oxide helps improve product robustness indirectly in high-use cleansing products.

Cocamine Oxide is used in personal care products to reduce irritation by allowing lower levels of harsh primary surfactants.
Cocamine Oxide supports “mild surfactant blend” design strategy.
Cocamine Oxide helps achieve performance targets while improving skin feel.

Cocamine Oxide is used in specialty cleaners for food contact surfaces in some systems where surfactant selection is controlled.
Cocamine Oxide supports soil removal with manageable residue when properly rinsed.
Cocamine Oxide helps improve wetting of fatty soils in controlled cleaning programs.

Cocamine Oxide is used in product development to improve foam profile and sensory feel in low-fragrance or fragrance-free cleansers.
Cocamine Oxide supports creamy foam that improves user experience even without perfume.
Cocamine Oxide helps maintain pleasant feel and rinse comfort in minimalist formulations.

Cocamine Oxide is used in quality control to test active matter, pH, color, and foam performance of amine oxide surfactants.
Cocamine Oxide supports batch consistency monitoring for manufacturing.
Cocamine Oxide helps ensure predictable performance in downstream formulations.

DESCRIPTION

Cocamine Oxide is an amine oxide surfactant typically derived from coconut fatty amines.
Cocamine Oxide is considered amphoteric because it can behave differently depending on pH and formulation environment.
Cocamine Oxide is typically supplied as an aqueous solution with defined active content.

Cocamine Oxide provides good foam boosting and foam stabilization in many surfactant blends.
Cocamine Oxide can improve detergency synergy with anionic surfactants by forming mixed micelles.
Cocamine Oxide can also reduce irritation potential by moderating surfactant aggressiveness in properly balanced systems.

Cocamine Oxide has good solubility in water and helps solubilize oils and fragrances in some products.
Cocamine Oxide can contribute to viscosity building in salt-thickened systems depending on the surfactant package.

Cocamine Oxide clarity can be influenced by fragrance load, electrolytes, and temperature.
Cocamine Oxide is stable across typical personal care pH ranges and is compatible with many nonionic and amphoteric ingredients.

Cocamine Oxide is an amine oxide surfactant typically based on C12–C18 alkyl chains derived from coconut feedstocks, and Cocamine Oxide is usually supplied as an aqueous solution.
Cocamine Oxide behaves as a nonionic surfactant at neutral to alkaline pH, and Cocamine Oxide becomes more cationic in acidic conditions due to protonation, which can influence compatibility and deposition.
Cocamine Oxide is commonly used as a foam booster and viscosity builder, and Cocamine Oxide can improve foam creaminess and stability in anionic surfactant systems.

Cocamine Oxide can help reduce irritation compared with harsher anionics by moderating micelle behavior and improving rinse feel, but Cocamine Oxide is still a surfactant concentrate and can irritate eyes and skin at high concentration.
Cocamine Oxide performance depends on active matter, salt content, pH, and co-surfactants, so formulation optimization is recommended.
Cocamine Oxide can affect clarity and viscosity in electrolyte-rich formulas, and fragrance solubilization may require additional solubilizers.

Cocamine Oxide should be stored in tightly closed containers in a cool, dry place and protected from freezing, because freezing can cause phase separation in some grades.
Cocamine Oxide should be handled with appropriate PPE to avoid eye contact with concentrates and to prevent irritation from repeated exposure.
Cocamine Oxide should be used according to supplier specifications and applicable cosmetic and detergent regulations for the intended market.

PROPERTIES

Common Name: Cocamine Oxide
Chemical Type: Amine oxide surfactant (C12–C18 alkyl dimethylamine oxide mixture)
Appearance: Clear to slightly hazy liquid (as supplied; grade dependent)
Odor: Mild characteristic odor
Active Matter: Typically 25–35% in commercial solutions (supplier dependent)
Solubility: Soluble in water; forms micellar solutions
Ionic Character: Amphoteric-like behavior; nonionic at higher pH and cationic under acidic conditions
Foam: Excellent foam boosting and foam stabilization
Detergency: Good detergency and wetting support as a secondary surfactant
Viscosity Building: Strong viscosity building in anionic systems with electrolyte adjustment
Stability: Stable under recommended storage; protect from freezing and contamination
Storage Temperature: 10–30°C, tightly closed; avoid frost
Shelf Life: Typically 12–24 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 during spraying and high-shear mixing.

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 or if a significant amount is swallowed.
Never give anything by mouth to an unconscious person.

Note to Physicians:
Treat symptomatically.
No specific antidote is required.
Provide supportive care based on exposure route and symptoms.

HANDLING AND STORAGE

Handling:
Use appropriate PPE including gloves and safety glasses, especially when handling concentrated solutions.
Avoid contact with eyes and prolonged skin contact.
Wash hands after handling and before eating, drinking, or smoking.

Ventilation:
Use general ventilation for normal handling.
Use local exhaust if mists may be generated during mixing or spraying.
Avoid aerosol formation in enclosed spaces without proper ventilation.

Storage:
Store in tightly closed containers in a cool, dry place.
Protect from freezing to prevent phase separation and viscosity changes.
Keep containers properly labeled and protected from contamination.

Spill and Leak Procedures:
Contain spills and absorb with inert material.
Clean surfaces thoroughly because surfactants can create slip hazards.
Dispose of waste according to local regulations and facility procedures.

Handling Precautions:
Optimize Cocamine Oxide level in surfactant blends to balance foam, mildness, viscosity, and clarity in the finished product.
Verify compatibility with electrolytes, preservatives, and fragrances to prevent haze, precipitation, or long-term instability.
Rotate stock using FIFO practices to maintain consistent quality and predictable performance.