Lauryl Glucoside
- Nonionic surfactants
- CAS 110615-47-9
- IUPAC: D-Glucopyranose, oligomers, C10-16-alkyl glycosides
Lauryl Glucoside (CAS 110615-47-9) appears in 1 of the 1,812 car-care products CarCareTruth tracks (as of June 2026). It is on the EPA Safer Choice list.
Among the mildest commercial surfactants. No GHS classification at typical use concentrations. Minimal eye and skin irritation potential; frequently used in baby and sensitive-skin formulations.
Lauryl glucoside is a plant-derived alkyl polyglucoside (APG) surfactant closely related to decyl glucoside, produced from glucose and C10–16 fatty alcohols (including lauryl alcohol, C12). Like other APG surfactants, it is considered one of the more environmentally benign and skin-compatible surfactant families available. It provides gentle foaming and cleaning action and appears frequently in EPA Safer Choice–certified formulations and in products marketed for sensitive skin or low-irritation use.
Health & environment profile
- VOC
- no
- Prop 65 listed
- no
- Asthmagen
- no
- EPA Safer Choice
- yes
- Aquatic toxicity
- no
- Biodegradable
- yes
- Bioaccumulative
- no
- Persistent
- no
- Ozone depleting
- no
- Microplastic
- no
- PFAS
- no
- Env. score
- 5/5
Common questions about Lauryl Glucoside
- What is Lauryl Glucoside used for in car care?
- Mild plant-derived nonionic surfactant; foaming and cleaning agent in low-irritation formulations
- Is Lauryl Glucoside a VOC?
- No. Lauryl Glucoside is not classified as a volatile organic compound (VOC).
- Is Lauryl Glucoside on California's Proposition 65 list?
- No. Lauryl Glucoside is not on California's Proposition 65 list.
- Is Lauryl Glucoside EPA Safer Choice certified?
- Yes. Lauryl Glucoside is on the EPA Safer Choice list.
1 product contain this
Windex Fast Shine Foam Glass Cleanerglass-cleaner
Related
Health and environment notes translate the manufacturer Safety Data Sheet, the GHS classification, and authoritative regulatory listings (California Prop 65, EPA). Not medical advice. They describe the ingredient itself; whether a hazard applies to a finished product depends on its concentration and how it's used.