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Hexoxyethanol

  • Glycol ether solvents
  • CAS 112-25-4
  • IUPAC: 2-hexyloxyethanol

Hexoxyethanol (CAS 112-25-4) appears in 1 of the 1,812 car-care products CarCareTruth tracks (as of June 2026). It is classified as a VOC.

Low acute toxicity. No GHS classification at consumer dilution concentrations. Eye and skin irritant potential at concentrated levels. Not a Prop 65 listed substance.

Hexoxyethanol (2-hexyloxyethanol, CAS 112-25-4) is a mid-chain glycol ether used as a co-solvent in aqueous cleaning formulations. It improves solubility of oily soils and helps keep the formula stable. Compared to shorter-chain glycol ethers (such as 2-butoxyethanol), hexoxyethanol has lower acute toxicity at consumer-use concentrations. It is a VOC under EPA and most state definitions (not exempt under EPA Method 24 for aerosol propellants) and contributes to the product's non-exempt VOC total.

Health & environment profile

VOC
yes
Prop 65 listed
no
Asthmagen
no
EPA Safer Choice
no
Aquatic toxicity
no
Biodegradable
yes
Bioaccumulative
no
Persistent
no
Ozone depleting
no
Microplastic
no
PFAS
no
Env. score
5/5
Purpose: Co-solvent and coupling agent — helps dissolve oily soils and maintain formula stability in aqueous cleaning products

Common questions about Hexoxyethanol

What is Hexoxyethanol used for in car care?
Co-solvent and coupling agent — helps dissolve oily soils and maintain formula stability in aqueous cleaning products
Is Hexoxyethanol a VOC?
Yes. Hexoxyethanol is classified as a volatile organic compound (VOC).
Is Hexoxyethanol on California's Proposition 65 list?
No. Hexoxyethanol is not on California's Proposition 65 list.
Is Hexoxyethanol biodegradable?
Yes. Hexoxyethanol has a confirmed biodegradable profile.

1 product contain this

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.