PLDEFRESITJęzyk: polski
Nivea

Fresh Rose Touch Antyperspirant roll-on

Nivea Fresh Rose Touch Antyperspirant roll-on is a product from our “Deodorants & antiperspirants” category with 15 ingredients on its INCI list. It contains fragrance. No parabens, silicones or denatured alcohol on the list. 7 ingredients are subject to EU restrictions – details below.

15/15 recognised

Compare prices

Search on amazon.co.uk

Affiliate link: we may earn a commission. It does not affect ingredient analysis. As an Amazon Associate, INCIMondo earns from qualifying purchases.

The ingredient list comes from the manufacturer’s website (date below). Formulas change and can differ between markets – the label of the product you buy is decisive.

Ingredients

  1. AQUA · Solvent
  2. ALUMINUM CHLOROHYDRATE · Antiperspirant, Astringent, Deodorant
  3. PPG-15 STEARYL ETHER · Skin conditioning – emollient
  4. STEARETH-2 · Surfactant – emulsifying, Surfactant – cleansing
  5. STEARETH-21 · Cleansing, Surfactant – emulsifying, Surfactant – cleansing
  6. TOCOPHEROL · Antioxidant, Fragrance, Skin conditioning – miscellaneous
  7. TRISODIUM EDTA · Chelating
  8. CITRONELLOL · PerfumingEU restrictions
  9. GERANIOL · Tonic, PerfumingEU restrictions
  10. LINALYL ACETATE · FragranceEU restrictions
  11. ALPHA-ISOMETHYL IONONE · Skin conditioning, PerfumingEU restrictions
  12. BENZYL ALCOHOL · Preservative, Solvent, Viscosity controllingEU restrictions
  13. GERANYL ACETATE · Tonic, PerfumingEU restrictions
  14. PINENE · Antifoaming, FragranceEU restrictions
  15. PARFUM · Fragrance, Perfuming

An INCI list does not reveal exact concentrations.

Ingredient list as published

Aqua, Aluminum Chlorohydrate, PPG-15 Stearyl Ether, Steareth-2, Steareth-21, Tocopherol, Trisodium EDTA, Citronellol, Geraniol, Linalyl Acetate, Alpha-Isomethyl Ionone, Benzyl Alcohol, Geranyl Acetate, Pinene, Parfum

Check another ingredient list

Products with a similar formula

Ranked by shared ingredients (rarer ingredients count more). A similar ingredient list does not mean the same concentrations or effect.