Polyglycol Stearate, a milky to solid paste is obtained through polymerization of ethylene oxide and stearic acids. Water solubility of PEG-6 stearate increases with increasing EO numbers.
Polyglycol Stearate - What you need to know
Polyglycol Stearate, a milky to solid paste obtained by polymerization stearic oxide and ethylene acid. The water solubility of peg-6 stearate increases with increasing EO numbers. Se-100 HLB is around 18.8, low irritation, oil-in-water-emulsifier. Stable in strong acid and base. Easy hydrolysis. Good biodegradability. It has excellent emulsification. It has a high dispersibility for calcium and magnesium.
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Polyglycol Stearate
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Polyglycol Stearate Product Performance:
Stability: Simple hydrolysis with strong acid and base
Danger: Itching of the skin and eyes.
Animal toxicology: Rat oral LD50/53 /65mL/Kg. Rat oral: LD50 >10000/>20000mg/Kg
Ecology: Can be harmful to environment. Special attention should be paid towards water bodies.
Biodegradability: Biodegradable.
Features: Excellent emulsifying ability, dispersing ability, solubilizing ability, antistatic, oiling and thickening capability. It has excellent calcium and magnesium dispersibility.
Technical Parameter:
Product Code | HLB | Appearance |
---|---|---|
Polyglycol Stearate | 18.8(SE-100) | Milky paste solid |
Alternative Names | PEG-n Stearate, Polyoxyethylene (n) monostearate | |
CAS Number | SG-2:106-11-6;SG-3:10233-24-6;SG-4:106-07-0;SG-6:10108-28-8;SG-8:70802-40-3;SG-9:5349-52-0;SG-14:10289-94-8;SE-100:19004-99-3 | |
Compound Formula | C18H20O3S*C6H15NO3 | |
Molecular Mass | N/A | |
Appearance | Milky paste solid | |
Density | N/A | |
Solubility In H2O | N/A | |
Exact Mass | N/A | |
Polyglycol Stearate Safety & Security Information |
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Sign Word | N/A | |
Hazard Statements | N/A | |
Hazard Codes | N/A | |
Risk Codes | N/A | |
Safety Declarations | N/A | |
Transport Information |
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