OLEAMINE OXIDE- ▸ Foam boosting: increases foam volume and stability in cleaning systems
- ▸ Viscosity control: thickens liquid detergents and cleansers
- ▸ Antistatic conditioning: provides antistatic and conditioning effect
- ▸ Co-surfactant: used alongside primary surfactants in cleaning blends
A grade-specific Safety Data Sheet (SDS) — with the complete hazard classification, handling precautions, and transport information — is supplied with every shipment and available on request. Confirm all safety and regulatory details against the SDS for your specific grade.
Request SDS →Oleamine oxide (oleyl dimethylamine oxide, CAS 70142-34-6) is an amine oxide surfactant derived from oleyl dimethylamine. It is used as a foam booster, viscosity builder and antistatic/conditioning agent in cleaning and personal-care formulations.
Frequently Asked Questions
What is oleamine oxide?
Oleamine oxide (oleyl dimethylamine oxide, CAS 70142-34-6; C20H41NO) is an amphoteric amine oxide surfactant derived from oleyl dimethylamine. It is used as a foam booster, viscosity builder, and antistatic/conditioning co-surfactant in cleaning and personal-care formulations.
What is another name for oleamine oxide?
It is also referred to as oleyl dimethylamine oxide and carries CAS 70142-34-6. It sits in the amine oxide class of amphoteric surfactants.
What is oleamine oxide used for?
It boosts and stabilizes foam, builds viscosity in liquid detergents and cleansers, and provides antistatic/conditioning function. It is typically used as a co-surfactant alongside primary anionic surfactants in cleaning blends.
What is the HS code for oleamine oxide?
Oleamine oxide is classified under HS heading 3402.49 (organic surface-active agents). Confirm the destination-country tariff line with your customs broker, as national subheadings can vary.
What bulk packaging and documentation does RawSource provide?
We supply oleamine oxide in drums, IBC totes, and bulk to manufacturers, with a CoA and SDS on every shipment. Request a bulk quote with your required volume and packaging.