EMERCOL C16 98 MY

EMERCOL C16 98 MY

Emercol C16 98 MY is a high-purity C16 fatty alcohol grade commonly supplied as cetyl alcohol and used as a structuring, thickening, and consistency-building ingredient in personal care and industrial formulations.
Emercol C16 98 MY is widely used to improve viscosity, stabilize emulsions, and enhance the creamy, rich feel of lotions, creams, and hair conditioners.
Emercol C16 98 MY is valued for high cetyl content, low odor, reliable performance as a co-emulsifier, and strong contribution to texture, body, and stability in finished products.

CAS Number: 36653-82-4 (commonly used for Cetyl Alcohol / 1-Hexadecanol; supplier grade dependent)
EC Number: 253-149-0 (commonly used for 1-Hexadecanol; supplier grade dependent)
Molecular Formula: C16H34O
Molecular Weight: 242.44 g/mol

Synonyms: Emercol C16 98 MY, Cetyl Alcohol, 1-Hexadecanol, Hexadecan-1-ol, Palmityl Alcohol, n-Hexadecanol, C16 Fatty Alcohol, Fatty Alcohol C16, Cetyl Alcohol 98%, High Purity Cetyl Alcohol, C16 Linear Alcohol, Cosmetic Grade Cetyl Alcohol, Emercol C16 98 MY, Emercol C16-98 MY, Emercol C16 Fatty Alcohol 98 MY, Emercol Cetyl Alcohol 98 MY, Cetyl Alcohol 98%, 1-Hexadecanol 98%, n-Hexadecanol 98%, n-Cetyl Alcohol 98%, C16 Fatty Alcohol 98%, C16 Primary Alcohol 98%, C16 Long-Chain Alcohol 98%, C16 Linear Alcohol 98%, C16 Waxy Alcohol 98%, C16 Waxy Fatty Alcohol 98%, Cosmetic Cetyl Alcohol 98%, Personal Care Cetyl Alcohol 98%, Pharmaceutical Grade Cetyl Alcohol 98%, Industrial Grade Cetyl Alcohol 98%, Technical Grade Cetyl Alcohol 98%, Cetyl Alcohol Emollient 98%, Cetyl Alcohol Thickener 98%, Cetyl Alcohol Waxy Thickener 98%, Cetyl Alcohol Co-Emulsifier 98%, Cetyl Alcohol Structurant 98%, Cetyl Alcohol Viscosity Modifier 98%, Cetyl Alcohol Oil-Phase Structurant 98%, Cetyl Alcohol Oil-Phase Modifier 98%, Cetyl Alcohol Stabilizing Agent 98%, Cetyl Alcohol Cream Base Agent 98%, Cetyl Alcohol Lotion Base Agent 98%, Cetyl Alcohol Wax Phase Additive 98%, Cetyl Alcohol Waxy Emollient 98%, Cetyl Alcohol Nonionic Structurant 98%, Cetyl Alcohol Nonionic Thickener 98%, Cetyl Alcohol Nonionic Emollient 98%, Cetyl Alcohol Nonionic Co-Emulsifier 98%, High Purity Cetyl Alcohol, High Purity C16 Alcohol

APPLICATIONS

Emercol C16 98 MY is used in moisturizing creams to build body, improve stability, and create a rich skin feel.
Emercol C16 98 MY is used in lotions to increase viscosity and reduce watery texture.
Emercol C16 98 MY is incorporated into emulsions to improve structure and reduce phase separation risks.

Emercol C16 98 MY is used in cold creams to provide thickness and enhance occlusive feel.
Emercol C16 98 MY is incorporated into body butters to improve firmness and reduce oil bleed.
Emercol C16 98 MY is used in night creams to increase cushion and improve rub-in profile.

Emercol C16 98 MY is used in hair conditioners to improve slip, creaminess, and detangling feel.
Emercol C16 98 MY is incorporated into rinse-off conditioners to build viscosity and improve deposition of conditioning agents.
Emercol C16 98 MY is used in hair masks to enhance texture and provide a smoother, more substantial feel.

Emercol C16 98 MY is used in conditioning shampoos to improve viscosity and enhance foam creaminess.
Emercol C16 98 MY is incorporated into 2-in-1 products to support stable texture and improved conditioning feel.
Emercol C16 98 MY is used in sulfate-free systems to provide structure when surfactant viscosity is limited.

Emercol C16 98 MY is used in deodorant sticks to help structure the stick matrix and improve payoff.
Emercol C16 98 MY is incorporated into antiperspirant creams to provide thickness and improve application feel.
Emercol C16 98 MY is used in roll-on emulsions to support stability and consistent flow.

Emercol C16 98 MY is used in shaving creams to improve cushion, glide, and cream stability.
Emercol C16 98 MY is incorporated into shaving foams to improve foam texture and reduce collapse.
Emercol C16 98 MY is used in post-shave balms to increase richness and reduce tack.

Emercol C16 98 MY is used in sunscreens to build viscosity and support stable oil-phase structuring.
Emercol C16 98 MY is incorporated into after-sun lotions to improve body and enhance skin feel.
Emercol C16 98 MY is used in SPF sticks to help structure the anhydrous base and improve glide.

Emercol C16 98 MY is used in makeup foundations to improve texture and reduce drag during application.
Emercol C16 98 MY is incorporated into primers to enhance slip and improve film feel.
Emercol C16 98 MY is used in cream blushes and concealers to improve payoff and consistency.

Emercol C16 98 MY is used in lipsticks to improve structure and reduce brittleness in wax blends.
Emercol C16 98 MY is incorporated into lip balms to enhance glide and reduce waxy drag.
Emercol C16 98 MY is used in lip care sticks to improve stability against sweating and softening.

Emercol C16 98 MY is used in emulsifying wax systems as a fatty alcohol co-structurant and consistency agent.
Emercol C16 98 MY is used with nonionic emulsifiers to improve lamellar gel network formation in creams.
Emercol C16 98 MY is incorporated into emulsifier blends to enhance stability and sensory properties.

Emercol C16 98 MY is used in pharmaceutical ointments and topical creams as a consistency-building excipient.
Emercol C16 98 MY is incorporated into dermatological bases to improve texture and reduce greasiness perception.
Emercol C16 98 MY is used in barrier creams to enhance film feel and improve long-lasting protection.

Emercol C16 98 MY is used in soaps and syndet bars to improve hardness and reduce cracking.
Emercol C16 98 MY is incorporated into cleansing bars to improve lather feel and mildness perception.
Emercol C16 98 MY is used in exfoliating bars to improve integrity and reduce breakage during use.

Emercol C16 98 MY is used in household and industrial formulations as a raw material for surfactant and ester production.
Emercol C16 98 MY is used in lubricants and process aids where fatty alcohol chemistry improves boundary lubrication.
Emercol C16 98 MY is incorporated into specialty formulations requiring a high-purity C16 linear alcohol.

Emercol C16 98 MY is used in coating and wax blends to improve hardness and reduce brittleness.
Emercol C16 98 MY is incorporated into polishes to improve gloss and buffing behavior.
Emercol C16 98 MY is used in textile and leather finishing systems to improve softness and hand feel.

Emercol C16 98 MY is used in fragrance and essential oil products as a waxy base component in solid formats.
Emercol C16 98 MY is incorporated into balms and salves to stabilize texture and improve melt profile.
Emercol C16 98 MY is valued across many formulations because it provides consistent structure, stability, and sensory enhancement.

DESCRIPTION

Emercol C16 98 MY is typically a white to off-white waxy solid supplied as flakes, pastilles, or pellets.
Emercol C16 98 MY is primarily composed of cetyl alcohol, which is a linear C16 fatty alcohol used as a thickener and co-emulsifier.
Emercol C16 98 MY helps form structured networks in emulsions that increase viscosity and improve stability against separation.

Emercol C16 98 MY improves sensory feel by adding creaminess, cushion, and slip in topical formulations.
Emercol C16 98 MY can enhance the stability of emulsifier systems by supporting lamellar structures and reducing coalescence.
Emercol C16 98 MY is oil soluble and melts during processing, then crystallizes on cooling to create body and consistency.

Emercol C16 98 MY performance depends on purity, processing temperature, cooling profile, and the overall oil phase composition.
Emercol C16 98 MY should be stored properly to avoid contamination and to maintain consistent melting and performance behavior.
Emercol C16 98 MY is commonly selected when high cetyl content and reliable texture-building are required in finished products.

PROPERTIES

Chemical Formula: C16H34O
Molecular Weight: 242.44 g/mol
Common Name: Cetyl Alcohol (Emercol C16 98 MY)
Chemical Nature: Linear fatty alcohol (C16)
Appearance: White to off-white waxy solid; flakes or pastilles
Odor: Mild fatty odor
Solubility: Insoluble in water; soluble in oils and many organic solvents
Melting Point: ~47–50°C (typical; grade dependent)
Boiling Point: >300°C (typical; decomposes at high temperature)
Density: ~0.81–0.83 g/cm³ (typical; grade dependent)
Flash Point: >150°C (typical; grade dependent)
Stability: Stable under normal storage; avoid strong oxidizers and excessive heat
Storage Temperature: 15–30°C, dry, tightly closed
Shelf Life: Typically 24 months in original packaging (supplier dependent)

FIRST AID

Inhalation:
Move to fresh air if dust, fumes, or mists from heated material are inhaled.
Seek medical attention if respiratory irritation persists.
Avoid breathing fumes when heating or melting the material.

Skin Contact:
Wash with soap and water after contact.
If molten material contacts skin, cool the affected area with water and seek medical attention for burns.
Remove contaminated clothing and wash before reuse.

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 or if hot material contacted the eye.

Ingestion:
Rinse mouth with water.
Do not induce vomiting unless directed by medical personnel.
Seek medical attention if a large amount is swallowed or discomfort occurs.

Note to Physicians:
Treat symptomatically.
Manage burns as needed if exposure involved molten material.
Provide supportive care based on exposure route and symptoms.

HANDLING AND STORAGE

Handling:
Use appropriate PPE including gloves and safety glasses.
Avoid dust generation during handling of flakes or pellets.
Use caution when heating or melting to prevent burns.

Ventilation:
Use local exhaust or general ventilation where dust may be generated.
Provide adequate ventilation during heating to avoid inhalation of fumes.
Avoid overheating and minimize vapor exposure in enclosed areas.

Storage:
Store in a cool, dry place away from direct sunlight and heat sources.
Keep containers tightly sealed and properly labeled.
Protect from contamination and moisture to maintain quality and consistency.

Spill and Leak Procedures:
For solid material, sweep up and collect without generating excessive dust.
For molten material, allow to cool and solidify before removal.
Clean residue with detergent and water while preventing slip hazards.

Handling Precautions:
Use dedicated, clean equipment for cosmetic, pharmaceutical, or food-contact supply chains when applicable.
Avoid contact with strong oxidizers and maintain good housekeeping to reduce slip and dust hazards.
Rotate stock using FIFO practices to maintain consistent quality and performance.